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首页> 外文期刊>Crystallography reports >Modular design of locally ordered tetrahedral structures: II. their generalization for amorphous elementary semiconductors of the (8-N) type and metallic glasses
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Modular design of locally ordered tetrahedral structures: II. their generalization for amorphous elementary semiconductors of the (8-N) type and metallic glasses

机译:局部有序四面体结构的模块化设计:II。它们对(8-N)型非晶态基本半导体和金属玻璃的推广

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摘要

The possibility of applying the previously proposed structural model of a local ordered region from noncrystalline modules of tetrahedral materials to obtain limited ordered structures in amorphous metals and amorphous elementary semiconductors of the (8-N) type, with conservation of their structural invariants formed by strong bonds (corrugated surfaces of hexacycles in arsenic and antimony and zigzag chains and six-and eight-membered cycles in selenium and tellurium), is shown.
机译:应用先前提出的四面体材料非晶模块的局部有序区域的结构模型,以获得非晶态金属和(8-N)型非晶态元素半导体中有限的有序结构的可能性,同时保留由强势形成的结构不变性图中显示了键(砷,锑和锯齿形链中的六环的波纹表面以及硒和碲中的六元和八元环)。

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