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中国物理学会期刊

金属微粒-半导体薄膜中小胶粒的光吸收和散射

CSTR: 32037.14.aps.36.183

LIGHT ABSORPTION AND SCATTERING OF SMALL COLLOIDAL PARTICLES IN METALLIC COLLOIDAL PARTICLES-SEMICONDUCTOR THIN FILMS

CSTR: 32037.14.aps.36.183
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  • 金属微粒-半导体薄膜具有特殊的电学、光学及光电特性。本文讨论了埋藏于半导体基体中金属小胶粒光吸收和光散射公式。这些胶粉可以是球形,也可以是长球或扁球形。本文以银胶粒-氧化铯半导体为例,讨论了胶粒大小、椭球的偏心率对相对光吸收系数和光散射系数的影响,并给出这些系数随波长改变的曲线。

     

    Metallic colloidal particles- semiconductor thin films show special electrical, optical and photoelectric properties. The formulas for light absorption coefficient and scattering coefficient of small colloidal particles dispersed in semiconductor thin film are given in this paper. The colloidal particles may be spheroids, prolate spheroids or oblate spheroids. As an example, the effects of sizes and shapes of Ag colloidal particcles in Ag-Cs2O semiconductor thin films on light absorption and scattering are discussed. The calculated curves for relative absorption coefficient and scattering coefficient vs. wavelength λ are also presented.

     

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