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1)  copper wire
铜线材
1.
Antitarnishing of bright tin plating on copper wire;
铜线材防变色光亮锡电镀工艺
2.
This paper describes the principle and design calculation of the resistance type of copper wire continuous annealing unit with heavy current,emphatically discusses the features of the copper wire continuous annealing unit and the matters needing to attention for designing AC annealing unit and DC annealing unit.
介绍大电流电阻式铜线材连续退火的原理及理论计算,重点论述了交流退火装置和直流退火装置的特点及在设计中应注意的一些问题。
2)  pure copper wires
纯铜线材
1.
The methods adopted to obtain pure copper wires and copper-based materials with high strength and high conductivity are summarized.
综述了获得高强高导纯铜线材及铜基材料的方法 ,并对高强高导铜基材料研究领域的几个热点问题即 :铜基原位变形复合材料、快速凝固法、氧化物弥散强化铜以及稀土在高强高导铜合金中的应用等进行了介绍。
2.
High-strength and high-conductivity pure copper wires and Cu-Fe in situcomposites were produced by cryogenic deformation and thermo-mechanicalprocessing respectively.
本文运用低温变形和形变热处理方法分别制备了高强高导纯铜线材及铜铁原位复合材料。
3)  copper single crystal wire
单晶铜线材
1.
Study of the deformation texture in drawn copper single crystal wires;
拉拔单晶铜线材形变织构的研究
4)  single crystal copper wires
单晶铜线材
1.
The substructure during cold drawn processing for the single crystal copper wires by the Ohno Continus Casting (OCC) has been investigated using optical microscopy and electron backscattering diffraction.
采用光学金相和电子背散射衍射对单晶铜线材拉拔变形过程中的组织演化进行了分析。
2.
Besides,combined with what we have achieved in our research project,the application of orientation image microscopy to the microstructure,texture,crystal rotation and dislocation boundaries of single crystal copper wires with and without plastic deformation.
同时,结合在研课题的一些研究进展,针对变形前后单晶铜线材的组织演化,探讨了电子显微取向成像技术在微观组织、织构和晶体转动以及位错界面分析等中的应用,以展现电子显微取向成像的功能和应用。
5)  copper alloys wires
铜合金线材
1.
The variety,applications and their future development of copper alloys wires are described.
阐述了铜合金线材的品种、主要用途和发展趋势。
6)  copper cladding aluminum wire
铜包铝线材
1.
The effects of annealing temperature on the microstructure and mechanical property of copper cladding aluminum wires fabricated by cold hydrostatic extrusion were investigated,and its influence mechanism was discussed on the basis of different interface fracture modes.
研究了退火温度对冷静液挤压铜包铝线材组织和性能的影响规律,在界面断裂形式分析的基础上探讨了其作用机理,结果表明:直径为6 mm的冷静液挤压态铜包铝线材合理的退火温度为350℃,低于200℃退火时,纯Cu包覆层只发生回复,复合线材的力学性能得以部分恢复;350℃退火时,铜层再结晶基本完成;复合线材的抗拉强度降到最低,延伸率则达到最高;400℃退火时,铜层晶粒开始长大,复合线材的延伸率开始劣化,界面结合强度随温度的变化呈先增加后降低的趋势,而界面的断裂则由低温退火时的铝基体塑性断裂转变为高温退火后Cu/Al界面的脆性断裂。
补充资料:醋酸铜合亚砷酸铜
分子式:Cu(CH3COO)2·3Cu(ASO2)2
CAS号:

性质:学名醋酸铜合亚砷酸铜(Copper acetoarsenit)。醋酸铜和亚砷酸铜的复盐。深绿色粉末。能溶于酸。不溶于水和醇。能水解。空气中二氧化碳作用生成亚砷酸。可由亚砷酸钠、醋酸和硫酸铜作用而制得。农药上用作杀虫剂,常与消石灰混合。并配成90%可湿性粉剂使用,以降低其药害。也可用于木材防腐。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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