铜基电触头材料,copper based electrical contact materials
1)copper based electrical contact materials铜基电触头材料
英文短句/例句
1.The Current Situation and Application of Cladding Technology in the Copper Based Electrical Contact Materials覆层技术发展现状及其在制备铜基电触头材料中的应用
2.Study on New Low-Electrical Contacted Compounded Material on Copper-Based;新型弱电铜基电触头复合材料的研究
3.The Study of Vacuum Electrical Performance of New-style WCu Contact Materials;新型钨铜触头材料真空电性能的研究
4.Study on Electrical Contact Performances of New Type Copper-Based Electrical Contact Materials新型铜基电接触材料的电接触性能研究
5.Test methods for essential property of electric contact materialGB/T5586-1998电触头材料基本性能试验方法
6.Optimization design for the preparation process of copper-based electrical contact materials reinforced by carbon nanotube纳米碳管增强铜基电接触材料制备的优化设计
7.Research on Heat Treatment Process of New Copper Based Non-silver Electrical Contact Material新型铜基无银电接触材料热处理工艺研究
8.Research and Development of Silver-based Electrical Contact Materials With Rare Earth含稀土的银基电触头材料的研究与发展
9.The Application of Upward Continuous Casting Technology in Production of Ag-based Contact Materials上引连铸工艺在银基电触头材料生产中的应用
10.Contact angle of liquid 800 epoxy resin-based materials with copper-based materials液态800环氧树脂基材料与铜基材料的接触角
11.Analysis on the Microstructure and Properties of New Copper-based Electrical Contact Material Produced by Powder Metallurgy Method粉末冶金法制备新型铜基电接触材料的组织与性能分析
12.Analysis of Microstructure and Properties of Copper-based New Electrical Contact Material With Ni、Zr、RE含微量Ni、Zr、RE的新型铜基电接触材料组织与性能研究
13.Effect of doping on electrical arc characteristic of WCu electrical contact materials掺杂对WCu电触头材料电弧特性的影响
14.A Study on Preparation Process of CuCr25 High-Voltage Contact Material;CuCr25高压电触头材料制备工艺研究
15.Investigation on Dynamic Properties of AgSnO_2 Electrical Contact Materials;AgSnO_2电触头材料动态性能研究
16.Development of AgSnO_2 Contact Material on Preparing MethodsAgSnO_2电触头材料制备方法研究现状
17.Development of Copper Alloy Rod for Electric Railway Contact Wire电气化铁路接触线材料用铜合金线坯的开发
18.Research on Preparation and Properties of Cu/Ti_3SiC_2 Vacuum Contact MaterialCu/Ti_3SiC_2真空触头材料的制备与电接触性能研究
相关短句/例句
Cu-matrix electrical contact material铜基电接触材料
1.The effects of solution treatment and aging treatment on the microstructure ofCu-matrix electrical contact material were discussed.探讨了固溶、时效热处理工艺对一种新型铜基电接触材料微观组织与结构的影响。
3)silver based electric contact materials银基电触头材料
1.The paper explains the experiment of smeltingsilver based electric contact materials and silver based solder by medium-frequency induction furnace with graphite and clay crucible.分别用石墨坩埚和粘土坩埚对银基电触头材料和银基钎料进行中频熔炼试验 ,比较两种坩埚对所熔炼材料成分的影响。
4)CuCr contact materials铜铬触头材料
5)electrical contact materials电触头材料
1.In recent years nanotechnology was applied in the research and fabrication ofelectrical 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。
2.The W-Cuelectrical contact materials doping different content of rare earth and its oxide were produced by powder metallurgy technology.利用粉末冶金技术制备出添加不同含量稀土和稀土氧化物的W-Cu电触头材料,比较稀土和稀土氧化物对W-Cu合金物理性能、力学性能的影响,同时利用金相显微镜观察组织形貌。
6)electrical contact material电触头材料
1.This paper introduced the types of surface deterioration ofelectrical contact materials and finished the experiments of welding resistance for AgCdO,AgSnO 2,AgNi and their different pairings,analysed the changes of surface composition and distribution as well as the relationship between component distribution and the thermal parameter θ mC pρmλ .阐述了电触头材料表面劣化的分类，对ＡｇＮｉ，ＡｇＣ－ｄＯ，ＡｇＳｎＯ２及其不同配对时的抗熔焊性能进行了对比实验；分析了交流电弧作用下材料成分含量分布变化规律与金属θｍＣｐρｍλ间的关系。
2.The microstructure and properties of Ag/CuOelectrical contact materials fabricated by reactive synthesis were studied with XRD,SEM and mechanical property testing.采用XRD、SEM、力学性能测试等手段,深入研究了反应合成技术制备的Ag/CuO电触头材料的组织性能。
3.This paper introduced the status of AgSnO 2electrical contact material samples made by major factories in our country,through the analysis of the samples test results,we know the quality status of AgSnO 2electrical contact material in our country.为了解我国银氧化锡 (AgSnO2)电触头材料的质量现状 ,对国内电触头行业主要生产厂家制备的银氧化锡样品进行了检测 ,指出了国内银氧化锡电触头材料存在的问题,并分析了材料电性能达不到要求的原因。
延伸阅读
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