Bulk metallic glasses (BMGs) are a special kind of metastable complex metallic alloys with important potential applications.
块体非晶合金是一类具有重要应用前景的亚稳多组元合金材料。
Thus, deeply understanding the macro - and micro - plastic deformation mechanisms of BMGs is always important to the improvement of the ductility of BMGs.
因此，研究非晶合金的塑性变形机理和寻找提高塑性的途径是目前研究的热点问题。
In this dissertation, the high density electric pulse was found to be effective to induce the crystallization and alter the type of crystalline phases in BMGs.
本文的研究发现，高密度电脉冲能够促进BMG的晶化，并改变晶体析出相的类型。
The bulk metallic glasses (BMGs), developed by a team led by Jan Schroers, have a random atomic structure, as opposed to the orderly, crystalline structures found in conventional metals.
由詹施罗尔领导的小组开发了本体金属玻璃，这种金属材料具有无规的原子结构，而不是有序的，在常规金属中存在的那种结晶结构结构。
The bulk metallic glasses (BMGs), developed by a team led by Jan Schroers, have a random atomic structure, as opposed to the orderly, crystalline structures found in conventional metals.
由詹施罗尔领导的小组开发了本体金属玻璃，这种金属材料具有无规的原子结构，而不是有序的，在常规金属中存在的那种结晶结构结构。
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