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Metallic glasses from 'alchemy' to pure science: Present and future of design, processing and applications of glassy metals

机译:从“炼金术”到纯科学的金属玻璃:玻璃态金属的设计,加工和应用的现在和将来

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摘要

Metallic glasses, first discovered a half century ago, are currently among the most studied metallic materials. Available in sizes up to several centimeters, with many novel, applicable properties, metallic glasses have also been the focus of research advancing the understanding of liquids and of glasses in general.Metallic glasses (MGs), called also bulk metallic glasses (BMGs) (or glassy metals, amorphous metals, liquid metals) are considered to be the materials of the future. Due to their high strength, metallic glasses have a number of interesting applications, for example as coatings. Metallic glasses can also be corrosion resistant. Metallic glasses, and the crystalline materials derived from them, can have very good resistance to sliding and abrasive wear. Combined with their strength - and now, toughness - this makes them ideal candidates for bio-implants or military applications. Prestigious Journals such as "Nature Materials", "Nature" frequently publish new findings on these unusual glass materials. Moreover Chinese and Asian scientists have also been showing an interest in the study of metallic glasses.This review paper is far from exhaustive, but tries to cover the areas of interest as it follows: a short history, the local structure of BMGs and the glass forming ability (GFA), BMGs' properties, the manufacturing and some applications of BMGs and finally, about the future of BMGs as valuable materials.
机译:金属玻璃最早发现于半个世纪之前,目前是研究最多的金属材料之一。金属玻璃的尺寸可达几厘米,具有许多新颖的适用特性,也一直是促进对液体和一般玻璃的理解的研究重点。金属玻璃(MGs)也称为大块金属玻璃(BMG)(或玻璃状金属,非晶态金属,液态金属)被认为是未来的材料。由于其高强度,金属玻璃具有许多有趣的应用,例如作为涂层。金属玻璃也可以抗腐蚀。金属玻璃以及由其衍生的晶体材料可以具有非常好的抗滑动和磨蚀性。结合它们的强度-以及现在的韧性-这使它们成为生物植入物或军事应用的理想选择。诸如“自然材料”,“自然”等著名期刊经常发布有关这些非常规玻璃材料的新发现。此外,中国和亚洲的科学家对金属玻璃的研究也表现出了浓厚的兴趣。这篇评论文章远非详尽无遗,但试图涵盖感兴趣的领域,包括:历史短,BMG的局部结构和玻璃成形能力(GFA),BMG的性能,BMG的制造和一些应用,最后是BMG作为有价值材料的未来。

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