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首页> 外文期刊>Russian Journal of Inorganic Chemistry >SnSbBiS_4–SnS and SnSbBiS_4–Sn_2Sb_6S_(11) Sections of the SnS–Sb_2S_3–Bi_2S_3 Ternary System
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SnSbBiS_4–SnS and SnSbBiS_4–Sn_2Sb_6S_(11) Sections of the SnS–Sb_2S_3–Bi_2S_3 Ternary System

机译:SnS–Sb_2S_3–Bi_2S_3三元系统的SnSbBiS_4–SnS和SnSbBiS_4–Sn_2Sb_6S_(11)部分

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摘要

SnSbBiS_4–SnS and SnSbBiS_4–Sn_2Sb_6S_(11) sections were studied by physicochemical methods (DTA, X-ray powder diffraction, microstructure observation, and microhardness measurements). These sec- tions were found to be eutectic quasi-binary sections of the SnS–Sb_2S_3–Bi_2S_3 ternary system. Solid solution regions based on the initial components were found on either side of the sections. Alloys in the solid solution region are p-type semiconductors.
机译:通过理化方法(DTA,X射线粉末衍射,显微组织观察和显微硬度测量)研究了SnSbBiS_4–SnS和SnSbBiS_4–Sn_2Sb_6S_(11)切片。发现这些部分是SnS–Sb_2S_3–Bi_2S_3三元体系的共晶准二元截面。在各部分的两侧都发现了基于初始组分的固溶区。固溶体区域中的合金是p型半导体。

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