CCAW:铜包铝线
铜包铝线(Copper Clad Aluminum Wire)在学术研究和电子工程领域应用广泛,为便于书写和引用,常使用英文缩写“CCAW”来指代此类材料。这种导线兼具铜的高导电性和铝的轻量化特点,在保证传输效率的同时有效降低了材料成本与整体重量,广泛用于高频信号传输和轻量化线缆设计中。
Copper Clad Aluminum Wire具体释义
Copper Clad Aluminum Wire的英文发音
例句
- Detection and control of pool width in TIG welding of copper clad aluminum wire
- 铜包铝线(CCAW)材TIG焊熔池宽度的最佳检测与控制
- The microstructure of copper clad aluminum wire by drawing at room temperature is vimineous grain as fibril shape from prime equiaxed grain.
- 经室温拉拔的铜包铝线(CCAW)的显微组织是纤维状细长晶粒,晶界面积增大系数与形变量近似地成正比。
- Application advantage of CCAW ( copper clad aluminum wire ) and processing technology of clad-process welding CCAW were introduced. The effect factor of solid-state bonding during drawing the bimetal wire was analyzed.
- 介绍了铜包铝线(CCAW)的使用优点和包复焊接铜包铝线(CCAW)加工工艺过程,分析了通过双金属拉拔实现金属间固相结合的影响因素;
- Microstructure and mechanical properties of copper clad aluminum wire by drawing at room temperature
- 铜包铝线(CCAW)材室温拉变形后的显微组织和力学性能
- Machining procedure and solid-state bonding mechanism of clad-process welding copper clad aluminum wire
- 包复焊接铜包铝线(CCAW)加工工艺与固相结合机理研究
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