1) Cu-Ag-Cr alloy
铜银铬合金
2) cupraloy
['kju:prəlɔi]
铜铬银合金
3) CuCr alloy
铜铬合金
1.
Effect of vacuum casting process on microstructure and properties of CuCr alloy;
真空熔铸工艺对铜铬合金组织与性能的影响
2.
The vacuum melting technique of some high chromium CuCr alloys in vacuum induction furnace was discussed and the absorptivity of Cr , the distribution and form of pre-eutectic Cr phase in Cu matrix were investigated.
探讨了高铬含量铜铬合金的真空熔炼工艺 ,重点讨论了铬的吸收率随配比中铬含量的变化关系 ,以及先共晶铬相的分布及形
3.
The effects of the additive CaF2 and preheating temperature of mold on the SHS reaction by which the CuCr alloy was prepared and its properties were investigated.
考察了添加剂CaF2及铸模预热温度等因素对自蔓延反应过程及合金性能的影响,分析了铜铬合金的金相组织及其化学成分,采用XRD技术对铜铬合金和熔炼渣进行了表征。
4) Cu-Cr alloy
铜铬合金
1.
The relationship between microstructure,mechanical properties and conductivity of Cu-Cr alloy material with cold deformation was investigated in the paper,together with the reason of wire fracture.
实验研究了拉拔变形程度与亚微米晶铜铬合金显微组织、力学性能和导电性能的关系,并分析了拉拔过程中断丝的原因。
2.
The corrosion behavior of cold rolled Cu-Cr alloy in humid air containing trace SO2 was investigated using scanning electron microscopy(SEM) and X-ray photoelectron(XPS).
采用SEM、XPS等测试方法,研究了铜铬合金在二氧化硫环境中的腐蚀情况。
3.
Cold deformation and heat treatment have been studied through testing mechanical property and conductivity of Cu-Cr alloy,and strengthening mechanism has been presented in the paper.
通过测试力学性能和导电性能,对铜铬合金进行了冷变形及退火工艺的探索,并进行了强化机理分析。
5) Cu-Cr alloys
铜铬合金
1.
Cu-Cr alloys with different mass percentages of chromium were prepared by equal channel angular pressing(ECAP).
制备不同质量百分含量铬的铜铬合金试样,对合金试样进行等径角挤压(ECAP)处理。
6) Ag-Cu alloy
银铜合金
1.
This paper summarizes the usual technology methods of producing Ag-Cu alloy contact wire used for electrical railway,explains the necessity to develop new technology,develops a new method of producing Ag-Cu alloy contact wire,that is continuous extrusion method.
概述了电气化铁路银铜合金接触线的常用工艺方法,说明了研究新的接触线制造工艺的必要性,并提出了新的银铜合金接触线制造方法———连续挤压法。
2.
The technological specificity of the continuous extrusion forming for Ag-Cu alloy and the effects of several process parameters, such as extrusion temperature, extrusion wheel rate, extrusion ratio and flash gap, on the process were analyzed and discussed.
分析讨论了银铜合金连续挤压工艺特点及挤压温度、挤压轮转速、挤压比、溢料间隙对连续挤压制品质量的影响。
补充资料：银铜锰合金
分子式：
CAS号：
性质：银含铜和锰的三元合金，有AgCuMnl0-10，AgCuMn20-20，AgCuMn50-10和AgCuMn60-20等合金牌号，熔化温度分别为880～900℃、740～760℃、820～840℃和730～760℃。用中频炉真空熔炼，可加工成线材和片材。这类合金具有特殊用途，用来钎焊钨及碳化钨，浸润性良好；钎焊钨与钴合金时，钎接头的剪切强度为147.1～196.1MPa。
CAS号：
性质：银含铜和锰的三元合金，有AgCuMnl0-10，AgCuMn20-20，AgCuMn50-10和AgCuMn60-20等合金牌号，熔化温度分别为880～900℃、740～760℃、820～840℃和730～760℃。用中频炉真空熔炼，可加工成线材和片材。这类合金具有特殊用途，用来钎焊钨及碳化钨，浸润性良好；钎焊钨与钴合金时，钎接头的剪切强度为147.1～196.1MPa。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条