典型文献
Microstructures and mechanical properties of Cu/Al compound materials during thermal cycle
文献摘要：
Cu/Al compound materials,named as copper-clad aluminum bus bars,are widely used in heat dissipation of modern engineering.The thermal cycle tests were con-ducted at 200,250 and 300℃for different cycle times,respectively.Effects of thermal cycle temperatures and thermal cycle times on microstructures and mechanical properties of the interface were studied.The results show that the width of bonding layer and bond strength are significantly affected by thermal cycle temperatures and times.Nonetheless,the variety or the quantity of interme-diate compounds is scarcely influenced.Al2Cu,Cu9A14 and CuAl were identified on the interface.With the increase in cycle times,grains of the material grew up.However,grains of the interface grew up more apparently than those of Cu and Al.The knowledge may be applied in the establishment of service condition and quality evaluation of material.
文献关键词：
中图分类号：
作者姓名：
Bing Wang;Ping Liu;Xin-Kuan Liu;Zi-Yan Wang;Yan-Yan Wang;Xiao-Hong Chen;Xiao-Zhi Liu
作者机构：
School of Materials Science and Engineering,University of Shanghai for Science and Technology,Shanghai 200093,China;Automobiles Science and Technology(Shanghai)Co.,Ltd,Shanghai 200433,China
文献出处：
引用格式：
[1]Bing Wang;Ping Liu;Xin-Kuan Liu;Zi-Yan Wang;Yan-Yan Wang;Xiao-Hong Chen;Xiao-Zhi Liu-.Microstructures and mechanical properties of Cu/Al compound materials during thermal cycle)[J].稀有金属（英文版）,2022(11):3911-3918
A类：
Cu9A14
B类：
Microstructures,mechanical,properties,materials,during,thermal,cycle,named,copper,clad,aluminum,bus,bars,widely,used,heat,dissipation,modern,engineering,tests,were,ducted,different,times,respectively,Effects,temperatures,microstructures,interface,studied,results,show,that,width,bonding,layer,strength,significantly,affected,by,Nonetheless,variety,quantity,interme,diate,compounds,scarcely,influenced,Al2Cu,CuAl,identified,With,increase,grains,grew,up,However,more,apparently,than,those,knowledge,may,be,applied,establishment,service,condition,quality,evaluation
AB值：
0.575574
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