可伐合金与无氧铜复合材料的研制

材料研究学报, 1989, 3(2): 138-142.

可伐合金与无氧铜复合材料的研制

东北工学院

关键词：可伐合金 , composite material , coefficient of linear expansion , electrical conductivity

THE TECHNOLOGY OF NEW COMPOSITE MATERIAL MADE BY 4J29(KOVAR) AND OXYGEN-FREE COPPER(OFNC)

CHEN Yongxian LIU Guolu ZHANG Caibei SUN Fucheng LAI Zuhan (Northeast University of Technology) , null , null , null , null

Keywords： kovar alloy , 复合材料 , 线膨胀系数 , 导电率

采用外皮为可伐合金(4J29)内芯为无氧Cu(UT_1),经热加工、冷加工和扩散退火等工艺复合制成的复合材料。Cu 芯是圆形的,复合界面形成固溶体并牢固地结合在一起。轴向平均线膨胀系数α_(20)—400℃=(4.9-5.5)×10~(-6)/℃。外径为1.5mm,内芯径为0.6mm 复合线,其电阻率ρ=8.3×10~(-8)Ω·m;复合界面漏气率小于6.67×10~(-8)Pa·L/S。

A new type of composite material made by 4J29 (Kovar) alloyand oxygen-free copper (OFHC) has been studied.The external part of thismaterial is 4J29 alloy and the internal core is UT1(OFHC).This materialwas mad by thermal pressing technology and afterwards

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可伐合金与无氧铜复合材料的研制

THE TECHNOLOGY OF NEW COMPOSITE MATERIAL MADE BY 4J29(KOVAR) AND OXYGEN-FREE COPPER(OFNC)

参考文献