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Characterization of optical properties of optical polymers

机译:光学聚合物的光学性质表征

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Possible applications of polymer materials in optical systems and devices are defined mainly by their optical properties in terms of refractive indices, transmission, dispersion and thermo-optic coefficients. We have examined more than twenty types of optical plastics including basic, commercial and some new development materials. Detailed measured refractometric data and transmission spectra in the visible and near infrared regions are presented. Variation of refractive indices with temperature is considered to obtain the thermo-optic coefficients. Discussion on dispersion of studied optical polymers and comparison to glass is included on the base of a number of dispersive characteristics and curves.
机译:聚合物材料在光学系统和设备中的可能应用主要由它们在折射率,透射率,色散和热光系数方面的光学特性决定。我们已经研究了二十多种光学塑料,包括基础,商业和一些新开发材料。给出了可见光和近红外区域中详细的测量折光率数据和透射光谱。折射率随温度的变化被认为是获得热光系数。在许多色散特性和曲线的基础上,对所研究的光学聚合物的色散以及与玻璃的比较进行了讨论。

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