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- Chen Wenge,Ding Bingjun,Zhang Hui.Nanocrystal W-Cu electrical contact material by mechanical alloying and hot pressed sintering[J].The Chinese Journal of Nonferrous Metals,2002,12(6):1224-1228. [6]陈文革;丁秉钧;张晖.;机械合金化制备的纳米晶W-Cu电触头材料[J]
- An electroplating process of Ag-Ni alloy for production of electrical contact materials was presented. 介绍了用于生产电接触材料的银镍合金电镀工艺。
- Silver-Tungsten Carbide Electrical Contact Material 银钨硬质合金电触点材料
- The microstructure uniformity, hardness, electric erosion and stability of breakdown voltage for NS W-Cu electrical contact material excel that of conventional PM W-Cu alloy, but the electric conductivity is equivalent. 结果表明 ,纳米晶W Cu电触头材料的硬度、抗电弧烧蚀性及耐电压稳定性远优于传统熔渗法的W Cu合金 ,而电导率两者相差不大。
- The high contact pressure and the choice of different electrical contact materials enable high currents to be switched reliably. 高接点压力和选择不同的电接点材料能可靠地控制大电流。
- In recent years nanotechnology was applied in the research and fabrication of electrical contact materials and some favorable eff. 最近几年这一技术在电触头材料的研究和制备过程中已经有了初步的应用,并取得了良好的效果。
- weak electrical contact material 弱电接触材料
- Cu-matrix electrical contact material 铜基电接触材料
- CuNi electrical contact material CuNi电触点
- contact industry electrical contact material 电接触材料
- The Ag-ZnO electrical contact materials fabricated by AF method(atomization powder and hot forging;) and PM method(powder metallurgy) were studied in the present paper. 研究了AF法(雾化粉末热锻法)和PM法(粉末冶金法)制备的Ag-ZnO电接触材料。
- AgNi electrical contact material AgNi触头材料
- AgSnO2 electrical contact material 银二氧化锡电接触材料
- copper-based alloy electrical contact material 铜基电接触材料
- copper-based electrical contact material 铜基电接触材料
- The contact resistance of the electrical contact materials of AgNi(0.15) and AgNi(10) materials were tested, and the test results were analyzed. It provides an effective test tool for the research and analysis of contact resistance. 对AgNi(0.;15)、AgNi(10)两种材料的触点 进行了接触电阻测试;分析了其检测结果;为触点接触电阻状况的研究和分析提供了有效的检测工 具。
- The effect of contact resistance on electrical contact materials was analysis in this paper. The mathods which can be used to avoid electrical contact materials invalidation were summarized. 分析了电触点材料接触电阻产生的原因、影响因素以及电触点材料常用金属元素的腐蚀行为。概述了降低电触点材料接触电阻、防止触点元件失效的方法。
- Preparation of AgNi10 Electric Contact Material AgNi10电触头材料的研制
- sintered electric contact material 烧结电接触器材
- silver-based electric contact material 银基电接触材料