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Validity Analysis of Effective Medium Theory and Long Wave Approximation for the Optical Properties of Metal Surface Layer with Surface Roughness

机译:有效介质理论和长波近似对具有表面粗糙度的金属表面层光学性质的有效性分析

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摘要

The effects of surface roughness on the optical properties of metals have been discussed by comparing experimental results of ellipsometry with theoretical results from the homogeneous effective medium model (HEAI), the monolayer effective medium model (MEM) and the gradual density layer model (GDL). A gradual increase of r_p/r_s(=ρ) has been observed with the increase in surface roughness at a higher angle than θ_B and gradual decrease at lower angle than θ_B, where θ_B. is the pseudo-Brewster's angle. Though HEM models do not explain the roughness effect on optical properties, MEM model and GDL model show good explanations for the optical effects from rough metal surface, when Δd《λ.
机译:通过将椭圆光度法的实验结果与均质有效介质模型(HEAI),单层有效介质模型(MEM)和梯度密度层模型(GDL)的理论结果进行比较,讨论了表面粗糙度对金属光学性能的影响。 。观察到r_p / r_s(=ρ)逐渐增加,而在高于θ_B的角度处表面粗糙度增加,而在低于θ_B的角度处表面粗糙度逐渐减小,其中θ_B。是伪布鲁斯特角。尽管HEM模型不能解释粗糙度对光学性能的影响,但是当Δd《λ时,MEM模型和GDL模型可以很好地解释粗糙金属表面的光学效应。

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