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加工TiNi形状记忆丝的新工艺
引用本文:杨冠军,何贵玉.加工TiNi形状记忆丝的新工艺[J].稀有金属材料与工程,1993,10(6):27-28.
作者姓名:杨冠军  何贵玉
作者单位:西北有色金属研究院,西北有色金属研究院,西北有色金属研究院,西北有色金属研究院,西北工业大学,西北工业大学 宝鸡 721014,宝鸡 721014,宝鸡 721014,宝鸡 721014,西安 710072,西安 710072
摘    要:采用模拟试样研究了Ti/TiAl、Nb/TiAl和NbTi/TiAl 3种复合材料的界面特性。结果表明,爆炸试样的界面反应层厚度远小于热等静压试样的界面反应层厚度。在同一条件下热等静压成型的这3种复合材料,其界面差异明显:Ti/TiAl和NbTi/TiAl试样的界面反应层较厚,界面结合强度较高;Nb/TiAl试样的界面反应层较薄,界面结合强度较低。

关 键 词:TiAl  复合材料  界面  研究

Investigation on Interface of New TiAl Matrix Composites
Yang Guanjun Zhang Taixian Cai Xuezhang Deng Ju.Investigation on Interface of New TiAl Matrix Composites[J].Rare Metal Materials and Engineering,1993,10(6):27-28.
Authors:Yang Guanjun Zhang Taixian Cai Xuezhang Deng Ju
Abstract:The interfacial characteristics of Ti/TiAl, Nb/TiAl and NbTi/TiAl composites were studied by using the simulated specimens. The results showed that the interfacial reaction layer of the explosion specimen was thicker than that of the HIP's specimen, and there are obvious differences in the interfacial characteristics for these three HIP's specimens under the same condition. The HIP's Ti/TiAl and NbTi/TiAl specimens had thicker interfacial reaction layers and higher interfacial bonding strength than the HIP's specimen.
Keywords:TiAl composite interfacial reaction layer interfacial bonding strength
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