Method to Improve the Synthesis Process of High-Purity Bulk Multi-Element Compounds

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Method to Improve the Synthesis Process of High-Purity Bulk Multi-Element Compounds

机译：改进高纯度块状多元素化合物合成工艺的方法

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Multi-element compounds have been used ubiquitously in various applications, including electronics, optics, opto-electronics, thermo-electrics, superconductivity, and the recently developed application of spin-tronics. Besides being the main components of some of these devices, the bulk form of these compounds is needed as a standard for fundamental property characterizations as well as the starting materials for thin-film deposition. Hence, the chemical purity and crystalline quality of these bulk compounds are critical for the applications.

机译：多元素化合物已广泛用于各种应用中，包括电子，光学，光电，热电，超导性以及自旋电子学的最新开发应用。除了作为其中一些设备的主要组件外，还需要这些化合物的本体形式作为基本特性表征的标准以及薄膜沉积的起始材料。因此，这些本体化合物的化学纯度和结晶质量对于应用至关重要。

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《NASA Tech Briefs》 |2016年第4期|44-44|共1页
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Method to Improve the Synthesis Process of High-Purity Bulk Multi-Element Compounds

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