Lennie P, Hayhoe M M, MacLeod D I
Vision Res. 1982;22(7):827-33. doi: 10.1016/0042-6989(82)90015-3.
The visibility of stimuli flickering at low temporal frequencies was studied with images viewed normally and when stabilized by a new technique (bleached-window stabilization) that produces perfectly stabilized images without attachment to the eye. Contrary to expectation, sensitivity to low-frequency flicker was higher in the stabilized than in the unstabilized case. Several controls exclude the possibility that the paradoxical increase in sensitivity is an artefact of the new technique, and suggest that, in normal viewing, transient activity created by fixational eye-movements can mask the signals arising from the low-frequency flicker.
利用正常观看图像以及通过一种新技术（漂白窗口稳定技术）实现图像稳定时的情况，研究了以低时间频率闪烁的刺激的可见性。该新技术可产生完全稳定的图像，且无需附着于眼睛。与预期相反，在图像稳定的情况下，对低频闪烁的敏感度高于未稳定的情况。多项对照排除了敏感度反常增加是新技术人为因素的可能性，并表明在正常观看时，注视眼动产生的瞬态活动会掩盖低频闪烁产生的信号。
