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	Different masking effects on "hole" and "no-hole" figures
	Zhang JJ2; Zhu WN3,4,5,6; Ma YY*1; Ding XJ2; Zhou CL2; Hu XT1; yuanma0716@vip.sina.com
	2009
发表期刊	JOURNAL OF VISION
卷号	9期号:9页码:e6
合作性质	其它
摘要	Global information is considered the primitive of visual perception in Gestalt psychology. Further, L. Chen ( 2005) proposed a new theory of topological visual perception. According to this theory, the perception of topological difference is faster than other feature differences. However, it is still not clear why topological perception has the priority. Based on previous studies, we hypothesize that it is caused by the different perception between. figures with "hole" and. gures without "hole" in the primitive of vision. In the present paper, four behavioral experiments and one ERP experiment were presented. Four behavioral experiments utilizing backward masking paradigm demonstrated that under the same masking effect, "hole" was easier perceived than "no hole". The ERP data may suggest that feedback connection in visual ventral pathway is disturbed by backward masking for "no-hole" stimuli, while it almost remains the same for "hole" stimuli. We suggest that temporal visual cortex is sensitive to "hole", thus facilitating the feedback connection to the occipital cortex. That is one of the reasons why topological perception is prior to local perception.
关键词	Evoked Potentials Masking Perceptual Organization Object Recognition Texture
资助者	This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012).
收录类别	SCI
语种	英语
资助者	This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012). ; This research was supported by the Ministry of Science and Technology of China Grant 2005CB522800, the High Technology Research and Development Program of China Figure 13. The correlations of tsERP components and behavioral accuracies in masking condition. Journal of Vision (2009) 9(9):6, 1–14 Zhang et al. 12 (2006AA01Z129), and the Research Fund of Yunnan University (KL080012).
文献类型	期刊论文
条目标识符	http://ir.kiz.ac.cn/handle/152453/10490
专题	认知障碍病理学 科研部门_神经系统编码（胡新天）
通讯作者	yuanma0716@vip.sina.com
作者单位	1.Chinese Acad Sci, Kunming Inst Zool, Kunming, Peoples R China 2.Xiamen Univ, Lab Mind Art & Computat, Xiamen, Peoples R China 3.Chinese Acad Sci, Inst Biophys, State Key Lab Brain & Cognit Sci, Beijing, Peoples R China 4.Xiamen Univ, Lab Mind Art & Computat, Beijing, Peoples R China 5.Chinese Acad Sci, Kunming Inst Zool, Beijing, Peoples R China 6.Yunnan Univ, Dept Comp Sci, Kunming 650091, Peoples R China
推荐引用方式 GB/T 7714	Zhang JJ,Zhu WN,Ma YY*,et al. Different masking effects on "hole" and "no-hole" figures[J]. JOURNAL OF VISION,2009,9(9):e6.
APA	Zhang JJ.,Zhu WN.,Ma YY*.,Ding XJ.,Zhou CL.,...&yuanma0716@vip.sina.com.(2009).Different masking effects on "hole" and "no-hole" figures.JOURNAL OF VISION,9(9),e6.
MLA	Zhang JJ,et al."Different masking effects on "hole" and "no-hole" figures".JOURNAL OF VISION 9.9(2009):e6.

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