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- Electrical conductivity affected by exposure to light. 光电导性，光电导率受光暴露影响的电传导
- electrical conductivity alloy 导电铜合金
- The Cu-Ni-Si alloy with hardness 240HV, tensile strength 800MPa and electrical conductivity 40%IACS have been made by Japan. 日本已开发出硬度、抗拉强度分别达240HV、800MPa，导电率在40%25IACS以上的Cu-Ni-Si合金。
- At this condition,the tensile strength,yield strength,elongation and relative electrical conductivity of the tested alloy is 545.9MPa,438.9MPa,19.2% and 46.7%IACS,respectively. 在最佳固溶时效处理条件下 ,合金的抗拉强度、屈服强度、伸长率和相对电导率分别为5 45 9MPa、4 38 9MPa、19 2%25和 4 6 7%25IACS。
- With the addition of a trace of rare earth element Y, microhardness of Cu-Cr-Zr alloy increases about 9HV, while electrical conductivity slightly decreases about 3%IACS. 而加入稀土元素Y后,使CuCrZr合金的显微硬度提高了约9HV,而导电率降低了约3%25IACS。
- Many plastics have high surface resistance and low electrical conductivity. 很多塑料具有高的表面电阻和低的导电性能。
- Sometimes the carbon rods are copper coated to improve electrical conductivity. 有时这些碳棒包上一层铜，以增加其导电性。
- At this condition, tensile strength, yield strength, elongation, hardness and electrical conductivity of the studied alloy are 513 N/mm~2, 462 N/mm~2, 9.5%, 172 and 29%IACS, respectively. 在此条件下;合金的抗拉强度、屈服强度、伸长率、布氏硬度和电导率分别为513N/mm2、462N/mm2、9.;5%25、HB172和29%25IACS。
- The electrical conductivity, hardness and mechanical properties of Cr-Cu alloy in various heat treatment states are tested and its properties and microstructure variations are analyzed. 测试了高导电铬铜合金在各种热处理状态的导电率、硬度和力学性能，并分析了性能变化及金相组织。
- Moreover, there exists a positive correlation between electric conductivity and SCC resistance of the alloy after RRA treatment. 此外,RRA处理后合金的电导率与拉伸应力腐蚀性能为正相关。
- The common nonmetals tend to be less ductile,have no electrical conductivity,and have poor heat conductivity. 普通非金属趋向于少延展性、无导电性，而且传热性能不好。
- Copper, one of metals, has a good electric conductivity. 铜是一种金属,它具有良好的导电性。
- Germanium has higher electric conductivity than silicon. 锗的导电率比硅高。
- The effect of heat treatment on electrical conductivity of Cu based multi-component alloy was studied by metallographic microscope, TEM, SEM/EDS, XRD and conductance instrument. 借助金相显微镜、TEM、SEM/EDS、XRD及电导仪研究了热处理对铜基多元合金导电性能的影响。
- At this condition,the tensile strength,yield strength,elongation and electric conductivity of studied alloy are 595.8 MPa,572.0 MPa,8.3% and 38.45%IACS respectively. 经RRA处理;其抗拉强度为595.;8MPa;屈服强度为572
- The results show that the microhardness of CuCrZr alloy increase rapidly and electric conductivity decreases appreciably with the increase of ECAP passes numbers. 结果表明,随着挤压道次的增加,合金的硬度迅速上升,导电率略有下降。
- If the electrical conductivity is high enough the field becomes "frozen" into the plasma. 如果电导率足够高，磁场就“冻结”在等离子中。
- The electrical conductivity has great importancein selecting electrical materials. 导电性在选择电气材料时很重要。
- Test Method for Electrical Conductivity of Aviation and Distillate Fuels Containing a Static Dissipator Additive (05. 含静态耗散器添加剂的航空馏出油的电导率的试验方法(05。
- WATER TESTING. ESTIMATE OF DISSOLVED SALT CONTENT FROM THE DETERMINATION OF THEORETICAL ELECTRICAL CONDUCTIVITY. 水的试验。通过测定理论导电率估计溶解盐的含量。
