contact material
英 [ˈkɒntækt məˈtɪəriəl]
美 [ˈkɑːntækt məˈtɪriəl]
电接触器材
双语例句
- Ltd Electrical Alloy Company of which the main products involve tungsten-base contact material, integrated contact, silver-base contact material.SF6 breaker contact, copper-graphite contact etc.
其主导产品有：钨基触头材料、整体电触头、银基触头材料、SF6断路器电触头、铜-石墨触头等产品。 - Silver metal oxide Arc Contact material;
银金属氧化物；电弧；触头材料； - 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 - All positions to contact material are made of stainless steel and have fair resistance to corrosion.
与物料接触处全部使用不锈钢材料制成，有良好的耐腐蚀性。 - 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 - Development of AgSnO_2 Contact Material on Preparing Methods
AgSnO2电触头材料制备方法研究现状 - Study on the AgSnO_2 Contact Material with the Addition of Rare Earth Oxide; Chemical analysis of nitrate of rare earth for agriculture-Determination of total rare earth oxide content-Gravimetric method
添加稀土氧化物的银氧化锡触头材料的研究GB/T12687.1-1990农用硝酸稀土化学分析方法重量法测定稀土氧化物总量 - Research on Preparation and Properties of Cu/ Ti_3SiC_2 Vacuum Contact Material
Cu/Ti3SiC2真空触头材料的制备与电接触性能研究 - Characteristic of Electrical Erosion of Coating Powder AgNi ( 10) Electrical Contact Material
化学包覆法AgNi（10）触头材料的电弧侵蚀特性 - Tribological Behavior of a Novel C/ C-Cu Sliding Electrical Contact Material
新型C/C-Cu复合滑动导电材料电摩擦磨损行为研究 - Investigation on Microstructure and Performance of AgFe_2O_3 Electrical Contact Material Fabricated by Co-precipitation Technology
共沉积法AgFe2O3电接触材料的组织与性能研究 - The transfer modes of contact material and the cause of reversion of transfer direction are discussed.
研究了触头材料转移模式及转移方向的反转原因。 - The new AgSnO_2 contact material is developed by chemical co-precipitation and powder hot forging. Analysis and testing is made of its structure and physical properties such as density, hardness and resistivity, etc.
采用化学共沉淀法和粉末热锻相结合的工艺，研制出新型的Ag-SnO2触头材料，并对其组织结构进行了观察分析，同时还测试了材料的密度、硬度、电阻率等物理性能。 - Al2O3/ Cu composite material is widely used as electronic packing material, or electrode and electric contact material, because of the high strength and high electric conductivity as well as good resisting electric arc.
Al2O3/Cu复合材料具有高的强度和高的导电性及优良的抗电弧性能，广泛应用于电子封装材料、电极和电触头材料。 - CuCr contact material has excellent mechanical and electrical properties and is widely used in vacuum switchgear.
CuCr合金触头材料具有良好的力学和电学性能，广泛应用于真空开关。 - In this research, these composite materials were used as electric contact material.
而其中，也包括许多将碳纳米管及碳纳米纤维作为复合材料增强相物质应用的研究，本实验将针对将此类复合材料应用于电接触领域做相关系统研究。 - The development, qualities, applications and technics of the contact materials was reviewed in this paper and the development trends of contact material and the problems for all kinds of it to be solved are present as well.
本论文综述了触点材料的发展现状、特性、应用及工艺研究，描述了触点材料的发展趋势及其要解决的问题。 - The processing principle and the experiment system and results of arc remelting for the contact material of vacuum switches are described in this paper.
本文介绍了真空开关触头材料电弧重熔工艺原理和电弧重熔系统及实验结果。 - A new kind of copper alloy ( Cu-Ni-X) for electric contact material is developed and effects of heat treatment on its microstructure and hardness are discussed.
对研制的一种铜基电接触材料（Cu-Ni-X）的热处理工艺进行了试验研究，讨论了固溶和时效处理对此材料显微组织和硬度的影响。 - The physical essence of contact welding of switch apparatus was described. The influence factors of the contact welding, such as contact bouncing, contact polarity, contact material property ( including characteristics of thermodynamics, mechanics and metallurgy etc.), arc energy and arc effect etc.
描述了开关电器触头熔焊的物理本质，分析了触头熔焊的影响因素，例如触头弹跳特征、触头极性、触头材料性质（包括热力学性质、力学性质和冶金学特征等）、电弧能量和电弧效应等。 - The main problem of AgNi contact material for control apparatus with small capacity was investigated.
探讨了目前小容量控制电器用国产AgNi触头材料在运行过程中存在的关键问题； - A new type of silver-free contact material was prepared by P/ M technology.
采用粉末冶金技术研制了一种新型无银触头材料。 - The manufacture process parameters of the copper graphite 10 electrical contact material are discussed and analysied.
对铜石墨10电触头的制造工艺参数进行了初步研究与分析。 - The performance of Electrical contact material decides the ability and reliability of wiring and connector.
电接触材料的性能决定了电器开关和连接器的开断能力和接触的可靠性。 - By an analysis on mechanism level, we propose copper as contact material in the smaller side of connectors.
针对这一现象从机理上分析了其原因，并建议铜作为接触对中面积较小一方的材料。 - And then, the electrical performance is tested by Electrical Contact Material Parameter Tester.
利用电接触触点材料综合参数测试仪对该材料进行了电接触性能的测试。 - The properties of electric contact material are of great importance for the contact point reliability.
电接触材料的性能是影响触点可靠性的一个重要因素。