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Structural optimization for broadband scattering in several ultra-thin white beetle scales

机译:几种超薄白甲虫鳞片宽带散射的结构优化

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摘要

Recent work discovered the remarkable optical scattering properties of the scales of the white beetle Cyphochilus. It was suggested that its brilliant whiteness and brightness were due to optimization of the microstructure within its scales. Here we compare the microstructure of Cyphochilus scales to those of two other white beetles, Lepidiota stigma and Calothyrza margaritifera. Extensive optical modeling and experimental data suggest that each species displays structural optimization designed to maximize optical scatter. Optimization of the scale filling fraction is observed, as well as optimization of scattering center spacing and diameter. Cyphochilus, in particular, displays a high degree of structural optimization, resulting in its bright white appearance.
机译:最近的工作发现了白色甲虫Cyphochilus鳞片的显着光学散射特性。有人认为,其出色的白度和亮度是由于在其范围内优化了微结构。在这里,我们比较了鳞翅目鳞茎鳞片的微观结构与另外两种白色甲虫,鳞茎鳞茎鳞茎和Calothyrza margaritifera。广泛的光学建模和实验数据表明,每个物种均显示出结构优化,旨在最大程度地提高光学散射。观察到水垢填充率的优化,以及散射中心间距和直径的优化。尤其是蓝藻显示出高度的结构优化,使其外观呈亮白色。

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