Abstract Several criteria are available in literature for selection of alloy compositions for metallic glasses. We have analyzed characteristics of glass-forming compositions numbering around 1000 in terms of three parameters. They refer toelectron to atom ratio (e/a), volume ratio (VR) and radius ratio (RR). Venn-Diagrams created based on these parameters for Fe-, Cu-, Zr-, Ti-, La-, Mg-, Co-, Al-, Ni- and Pd-based alloy systems will be presented. Relative importance of e/a, VR, and RR will be indicated. Having done this, we would like to understand the process of stabilization of Bulk Metallic Glasses (BMGs) in terms of Fermi surface (FS) and Pseudo Brillioun zone (PBZ) interaction.

中文翻译：

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严格评估金属玻璃的合金设计标准

摘要 文献中有几个标准可用于选择金属玻璃的合金成分。我们已经根据三个参数分析了大约 1000 种玻璃成型组合物的特性。它们是指电子原子比 (e/a)、体积比 (VR) 和半径比 (RR)。将展示基于这些参数为 Fe-、Cu-、Zr-、Ti-、La-、Mg-、Co-、Al-、Ni- 和 Pd 基合金系统创建的维恩图。将指出 e/a、VR 和 RR 的相对重要性。完成此操作后，我们想根据费米面 (FS) 和伪布里渊区 (PBZ) 相互作用来了解块状金属玻璃 (BMG) 的稳定过程。