Moffitt K, Rogers S P, Cicinelli J
Anacapa Sciences, Inc., Santa Barbara, CA 93101.
Aviat Space Environ Med. 1988 Feb;59(2):125-8.
A visual perception experiment was conducted to determine the chromatic aftereffects of viewing a yellow-green field that simulated the display of current night vision goggles. Six females and two males served as subjects in a color-naming procedure. Subjects sequentially viewed an adaptation field, which was either yellow-green or white, and small colored targets presented on a CRT display. The time required to name the color of the targets was found to be dependent on the color of the adaptation field, the color of the target, and the interaction of these two variables. It was recommended that the effects of attenuation of the luminance of the night vision goggles be studied, and that color cockpit displays be redundantly coded whenever possible.
进行了一项视觉感知实验，以确定观看模拟当前夜视镜显示的黄绿色视场后的色后效应。六名女性和两名男性作为受试者参与了颜色命名程序。受试者依次观看一个适应视场，该视场要么是黄绿色，要么是白色，以及阴极射线管显示器上呈现的小彩色目标。发现命名目标颜色所需的时间取决于适应视场的颜色、目标的颜色以及这两个变量的相互作用。建议研究夜视镜亮度衰减效应，并尽可能对彩色驾驶舱显示器进行冗余编码。
