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In situ real time spectroscopic ellipsometry analysis of Ag nanoparticle layers for back contact reflector applications

机译:原位实时光谱椭圆形椭圆形椭圆形椭圆形钛层背面接触反射器应用

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摘要

In this study, RTSE measurements spanning the photon energy range of 0.75–6.50 eV are described in detail for Ag nanoparticle films. This is a broader spectral range than has been previously reported for such measurements, and enables a separation among the contributions due to interband transitions at high energy, intraband transitions at low energies, and nanoparticle plasmon polariton transitions at intermediate energies. The thickness parameters associated with the nucleating nanoparticle layer, as well as the bulk and surface roughness layers for the subsequent thin film growth process, are also reported and correlated with the behavior of the dielectric function components associated with the nucleating and bulk layers.
机译:在该研究中,对于Ag纳米粒子薄膜详细描述了跨越跨越0.75-6.50eV的光子能量范围的RTSE测量。这是比以前所报道的这种测量的更广泛的光谱范围,并且能够在低能量的高能量的间带转换导致的贡献之间的分离,在低能量下,在中间能量下的纳米颗粒等离子体过渡。还报告了与核纳米颗粒层相关的厚度参数以及用于随后的薄膜生长过程的体积和表面粗糙度层,并与与成核和散装层相关的介电功能部件的行为相关。

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