Taylor S P
Vision Res. 1983;23(7):745-8. doi: 10.1016/0042-6989(83)90217-1.
It is hypothesized that if blue is signalled more slowly than red in the visual system, and if integration time is longer for blue than for red, then a tritan defect should be apparent for normal observers. Data from short-exposure viewing of the City University Colour Vision Test indicate that, at 3.75 msec. a significant tritan error occurs.
据推测,如果在视觉系统中蓝色信号的传递速度比红色慢,并且蓝色的整合时间比红色长,那么正常观察者应该会出现蓝黄色觉异常。城市大学色觉测试的短时间曝光数据表明,在3.75毫秒时会出现明显的蓝黄色觉误差。