Is creating materials with a desired refraction coefficient practically possible?

A. G. Ramm
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Abstract

A theory of many-body wave scattering is developed under the assumption a << d << λ, where a is the characteristic size of the small body, d is the distance between neighboring bodies and λ is the wave-length in the medium in which the bodies are embedded. The multiple scattering is essential under these assumptions. The author’s theory is used for creating materials with a desired refraction coefficient. This theory can be used in practice. A recipe for creating materials with a desired refraction coefficient is formulated. Materials with a desired radiation pattern, for example, wave-focusing materials, can be created.
创造具有期望折射系数的材料实际上是可能的吗?
在假设A << d << λ的条件下,建立了多体波散射理论,其中A为小体的特征尺寸,d为相邻体之间的距离,λ为体所嵌入介质中的波长。在这些假设下,多重散射是必不可少的。作者的理论被用于创造具有期望折射系数的材料。这一理论可用于实践。提出了一种制造具有期望折射系数的材料的配方。可以创建具有所需辐射图案的材料,例如,波聚焦材料。
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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