Edible Optics

S. R. Wilk
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引用次数: 2

Abstract

What materials can be used to make optical elements – that are transparent and mostly homogeneous -- but which are also edible? Think of this as an exercise in optical engineering with a very odd requirement. Optical designers are often bound by restrictions that require their materials to be transparent in certain regions of the spectrum, or are vacuum-qualified for use in space, or which must function at extreme ntemperatures. This is just a very different requirement. If it seems too outrageous, consider that there can be practical reasons for this requirement. Several edible optical devices have, in fact, already been designed and constructed.
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可食用的光学
什么材料可以用来制作透明且基本均匀的光学元件,同时又可以食用?可以把它看作是光学工程中的一个练习,有一个非常奇怪的要求。光学设计人员经常受到限制,要求他们的材料在光谱的某些区域是透明的,或者在太空中使用是真空合格的,或者必须在极端温度下工作。这是一个非常不同的要求。如果这看起来太离谱了,考虑一下这个需求可能有实际的原因。事实上,一些可食用的光学装置已经被设计和制造出来了。
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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