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Optical properties of Au-Ag alloys: An ellipsometric study

机译:Au-Ag合金的光学性质:椭偏研究

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Optical properties of AgxAu1-x alloys were obtained experimentally using spectroscopic ellipsometry measurements on thin films fabricated by electron beam evaporation. Thin film thicknesses varied between 170 and 330 nm, making size effects negligible. Values of the complex refractive index of the pure metals were in good agreement with literature reports. The optical data set reported in this work can accurately reproduce experimental results. This is very important because there are not reliable and systematic optical constants for the alloys. Moreover, we show that the weighted average of the refractive indices of the pure metals fails to represent those of the alloys, not only in the region near the onset for interband transitions but also in the near-IR region.
机译:AgxAu1-x合金的光学特性是通过椭圆偏振光谱法在通过电子束蒸发制备的薄膜上进行实验获得的。薄膜厚度在170至330 nm之间变化,因此尺寸影响可忽略不计。纯金属的复数折射率的值与文献报道非常吻合。在这项工作中报告的光学数据集可以准确地再现实验结果。这非常重要,因为合金没有可靠且系统的光学常数。此外,我们表明,纯金属的折射率加权平均值不能代表合金的折射率,不仅在带间跃迁的起始区域附近,而且在近红外区域也没有。

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