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GLASSY ALLOY COMPOSITE MATERIAL AND METHOD FOR PRODUCING GLASSY ALLOY COMPOSITE MATERIAL
GLASSY ALLOY COMPOSITE MATERIAL AND METHOD FOR PRODUCING GLASSY ALLOY COMPOSITE MATERIAL
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机译：玻璃合金复合材料及玻璃合金复合材料的生产方法
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摘要
PROBLEM TO BE SOLVED: To provide a glassy alloy composite material having a performance index M of 600 or more, having both high strength and high electrical conductivity, and capable of reducing production cost and to provide a method for producing the glassy alloy composite material.;SOLUTION: The glassy alloy composite material is produced by forming an electroconductive plating layer through an adhesion interlayer comprising Ni on the surface of a glassy alloy whose composition by atom% is represented by a compositional formula: FeaCobNicBxSiyMz(wherein 0≤a≤80, 0≤b≤80, 0≤c≤18, 70a+b+c≤80, 7≤x≤21, 4≤y≤16, 18≤x+y≤25, M is either or both of Nb and Ta, and 0≤z≤5). The glassy alloy has a thickness of 10-25 μm. The plating layer contains at least either of Cu and Ag and has a thickness of 20-50 μm.;COPYRIGHT: (C)2013,JPO&INPIT
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机译：解决的问题：提供一种性能指数M为600以上，兼具高强度和高导电率并且能够降低生产成本的玻璃态合金复合材料，并提供一种制造该玻璃态合金复合材料的方法。 ;解决方案：玻璃态合金复合材料是通过在玻璃态合金的表面上通过含Ni的粘附中间层形成导电镀层而制得的，该玻璃态合金的原子％组成由组成式表示：Fe a Co b Ni c B x Si y M z （其中0≤a ≤80、0≤b≤80、0≤c≤18、70 + b + c≤80、7≤x≤21、4≤y≤16、18≤x +y≤25，M为任意一个或全部Nb和Ta，0≤z≤5）。所述玻璃态合金的厚度为10-25μm。镀层至少包含Cu和Ag中的一种，厚度为20-50μm.;版权所有：（C）2013，JPO＆INPIT
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