Preppy Physics

S. R. Wilk
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Abstract

Many interference phenomena that are seen in the natural world are characterized by alternating bands of pinkish-purple and aqua colors. These can be seen in oil films, soap bubbles, interference from scratches, supernumerary rainbows, glories, and other places where multiple orders of interference are present and the light source is broad band white light. It was such a clear manifestation of a common optical effect that it was very early on incorporated into computer simulation software. The effect also shows up in many basic optics experiments, such as on the edges of single-slit interference patterns. Why does white light multiple-order interference tend to produce aqua and pink colors?
预科生物理
在自然界中看到的许多干涉现象的特点是粉紫色和水色相间的条纹。这些可以在油膜、肥皂泡、划痕的干扰、多余的彩虹、光晕和其他存在多重干扰的地方看到,并且光源是宽带白光。这是一种常见的光学效应的清晰表现,因此很早就被纳入计算机模拟软件中。这种效应也出现在许多基础光学实验中,比如单缝干涉图样的边缘。为什么白光的多阶干涉倾向于产生水色和粉红色?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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