导条 meaning in Chinese
bar-conductor
Examples
- The reversion and precipitation of the second phase which occurs during the course of aging result in electronic conductivity reversion of bar
时效处理对导条组织和性能的影响是因为时效过程中先后发生了回复、再结晶和第二相析出。 - The third , the high strength of bar is caused by solid - solute strengthening , deformation - heat - treatment strengthening and precipitate strengthening , but the precipitate strengthening is the leading strengthening mechanism
导条高强度是固溶强化、形变热处理强化、析出强化多种强化机制作用的结果，但析出强化是导条主要的强化机制。 - Abstract : the brazing technology for asynchronous traction motor is introduced from various aspects as the choosing of end - ring and conducting bar materials , solder and flux , brazing joint type and brazing technology
文摘:从端环和导条材料的选择、钎料和钎剂的选择、钎焊接头型式的选择及其钎焊工艺等方面介绍了异步牵引电动机端环与导条的钎焊技术。 - With the background of studying copper alloy bar for asynchronism traction electromotor , a kind of copper bar and its preparation techniques are developed , and its hardness , tensile properties , electrical properties and microstructure are studied . furthermore , the rule of structure and properties changing with heat - treatment is especially illustrated . the results show : the first , there is obvious aging strengthening effect in cu - 10zn - 0 . 8 ( cr , zr ) alloy
论文以城市轻轨列车异步牵引电机用铜合金导条为研究背景，研究开发了cu - 10zn - 0 . 8 ( cr , zr )合命导条的制备工艺，测试了导条的硬度、拉伸力学性能和导电性能，观察了导条的金相组织和电镜显微组织，重点研究了时效处理对导条组织、力学性能和导电性能的影响，得出了导条组织、性能随时效温度和时效时间变化的规律。 - Cu - zn - cr - zr conducting bar alloy and cu - cr - zr end ring alloys used for superpower asynchronous traction motor rotor were prepared by ingot metallurgy . using hardness measurement , tensile test at room and higher temperature , electrical resistance test at room and higher temperature , optical microscopy , xrd , sem , and tem , the mechanical and electric properties and the microstructure of above alloys at different treatment were studied . them were also analysed and explained in theory
采用铸锭冶金法制备了大功率异步牵引电动机转子用导条合金和端环合金，通过硬度测试、室温拉伸、高温拉伸、电导率测定、金相分析、 xrd 、 sem 、 tem等方法研究了不同加工工艺和热处理工艺对上述合金力学性能、导电性能及其组织结构的影响和变化规律，并从理论上进行了分析和解释。