Abstract

Chalcogenide glasses are attracting interest nowadays due to their various technological applications like telecommunications, computer memories, chemical, and ionic sensors, writing channel waveguides and photo-detectors. These glasses possess large transmission in middle, far and near spectral region. Se–Te alloys have created extreme interest due to their greater hardness, lower aging effect, higher photosensitivity, and higher crystallization temperature as compared with amorphous Se. A review of fabrication, optical properties, characterization techniques, doping effect of various elements on Se–Te compounds and also their optoelectronic applications are discussed in the present paper which can help the researchers to expedite their research work in the field of chalcogenide glasses.

中文翻译：

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光电应用Se-Te基硫族化物玻璃的薄膜制备及光学性能

摘要

硫族化物玻璃由于其在电信，计算机存储器，化学和离子传感器，写入通道波导和光电探测器等各种技术应用中而引起了当今的关注。这些眼镜在中，远和近光谱区域具有较大的透射率。与非晶态Se相比，Se-Te合金具有更高的硬度，更低的时效效应，更高的光敏性和更高的结晶温度，因此引起了极大的关注。本文讨论了制备，光学性质，表征技术，各种元素对Se-Te化合物的掺杂作用及其光电应用的综述，这可以帮助研究人员加快硫族化物玻璃领域的研究工作。