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Solidification of anisotropic semiconductor tellurium samples in microgravity and their properties

机译:各向异性半导体碲样品的微重力凝固及其性能

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摘要

A research program was partly completed to determine the influence of microgravity on the crystallization and electrical properties of tellurium, as a semiconductor with both anisotropic crystal lattice and energy spectrum. Three different tellurium samples were solidified in space by a modified Bridgman method in the Crystallizator ChSK-1 furnace aboard the MIR space station.
机译:已完成部分研究计划,以确定微重力对碲的结晶和电性能的影响,碲是具有各向异性晶格和能谱的半导体。在MIR空间站上的Crystallizator ChSK-1炉中,通过改进的Bridgman方法在太空中固化了三种不同的碲样品。

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