Nano-crystallization of metallic glasses is an effective way to prepare nanocrystalline materials.
而非晶合金晶化法是纳米晶材料的主要制备方法之一。
Unlike familiar window glass, metallic glasses are alloys made of metals-in this case cerium and aluminum.
不同于我们所熟悉的窗玻璃，金属玻璃是合金，如铈铝合金。
Furthermore, the study emphases and development trend of Mg-based bulk metallic glasses are also introduced.
介绍了目前镁基大块金属玻璃的研究重点及其发展趋势。
The key step of exploiting new type BMG is to judge quickly the glass forming ability (GFA) of bulk metallic glasses (BMG).
快速判定大块金属玻璃（BMG）的玻璃形成能力（GFA）是开发新型BMG的关键。
Bulk amorphous alloys (bulk metallic glasses) are widely researched for its unique microstructure and excellent properties.
大块非晶合金由于其独特的结构和优异性能而得到广泛的研究。
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。
The glass forming ability, the behavior of crystallization and mechanical properties of the Cu-Zr-based bulk metallic glasses have been investigated.
本论文以铜锆基大块非晶合金为研究对象，研究了其非晶形成能力、晶化行为和力学性能。
Magnetic levitation melting and copper mold blow-casting of bulk metallic glasses were realized with ordinary high-frequency induction heating equipment.
采用普通高频感应加热装置实现了大块非晶合金的磁悬浮熔炼和铜模吹铸法制备。
While in the third stage, the flat temperature curve of the electrical resistance indicates that the structural change of metallic glasses is very small.
第三阶段中，电阻率温度曲线上表现为一个平台，表明晶化前的非晶合金的结构变化很小。
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 stress value and distribution can be observed vividly by finite elements simulation, therefore it is necessary to use finite elements simulation means in the research of metallic glasses.
有限元模拟则可以一目了然的看到应力的大小以及分布，因此采用该方法来研究塑性变形过程很有意义。
With the superior mechanical properties, the excellent corrosion resistance and the magnetic properties, metallic glasses are widely used in the mechanical, chemical and electrical industries.
非晶合金由于其优异的机械性能、耐腐蚀性能和电磁性能，在机械、化工、电子等行业得到了广泛的应用。
Through devising and changing the melting and casting equipment structure, the key problems of low success rate and low quality in fabrication of bulk metallic glasses have been solved successfully.
为此作者对吸铸工艺中重要环节进行了结构和工艺上的改进，从而解决了制备块体非晶合金成功率低这一关键问题。
Through devising and changing the melting and casting equipment structure, the key problems of low success rate and low quality in fabrication of bulk metallic glasses have been solved successfully.
为此作者对吸铸工艺中重要环节进行了结构和工艺上的改进，从而解决了制备块体非晶合金成功率低这一关键问题。
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