N. Zikrillaev, G. A. Kushiev, Sh. I. Hamrokulov, Y. A. Abduganiev
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引用次数: 1
摘要
替代能源和可再生能源在全球能源供应中的应用正引起人们极大的实际兴趣。对它们日益增长的兴趣一方面是由于环境方面的考虑,另一方面是由于传统碳氢化合物能源的有限性。光电太阳能转换器在替代能源和可再生能源中占有特殊的地位,它的物理研究已经成为光伏学的一个独立的科学方向。科学家和专家对基于硅的光电池的发展和创造也特别感兴趣,这种光电池是由体积为锗原子Ge x Si 1-x的二元化合物制成的。由于硅-锗二元化合物具有一定的电学参数和结构,因此可以显著地扩展光电探测器的光谱区域的灵敏度和基于这种材料的光电池的效率。
Optical Properties of GexSi1 – x Binary Compounds in Silicon
The use of alternative and renewable sources of energy supply in energy supply around the world is attracting great and practical interest. The growing interest in them is caused by environmental considerations, on the one hand, and the limited nature of traditional hydrocarbon energy sources, on the other. A special place among alternative and renewable energy sources is occupied by photoelectric solar energy converters, the study of physics, which has become a separate scientific direction of photovoltaics. The development and creation of photocells based on silicon by binary compounds of germanium atoms Ge x Si 1–x in volume is also of particular interest to scientists and specialists. Since the production of silicon with binary compounds of silicon-germanium with certain electrical parameters and structure allows you to significantly expand the spectral region of the sensitivity of photodetectors and the efficiency of photocells based on such materials.