导电轨

  • 网络Conductor Rail;conductive track;power rail
导电轨导电轨
  1. 6063铝合金导电轨的电导率与生产工艺关系的研究

    Study of relationship between conductivity and production technology of conductor rail

  2. 钢铝复合导电轨的性能及应用

    The Property and Utilization of Aluminum / steel Conductor Rail

  3. 研究了6101-T6合金铝导电轨型材的生产工艺,着重研究了化学成分,不同的淬火、时效处理工艺对材料性能的影响。

    The production process of 6101-T6 alloy electric rail profiles is studied in the article . The effect of chemical composition , different quenching and aging process on the material properties are emphasized .

  4. 钢铝复合导电轨制造技术的探讨

    New Technologies of Steel Aluminum Composite Conductor Rail

  5. 铝导电轨型材生产工艺研究

    Research on Production Process of Aluminum Electric Rail

  6. 介绍了国外轨道交通用于第三轨供电的钢铝复合导电轨的性能和使用情况。

    Effects of Working Conditions on the Microstructure and Properties of Steel-aluminum Electric Conducting Rods ;

  7. 塑性成形技术在钢铝复合导电轨制造中的应用及发展趋势

    The plastic working technology and its developmental trend in manufacturing of composite conductor rail of aluminum and steel

  8. 介绍钢铝复合导电轨在三轨系统中的作用、工作原理、结构和常用材料。

    The role , working principle , structure and commonly used material of steel aluminum composite conductor rail in the three-rail system are introduced .

  9. 导电轨(与路轨平行的轨道,可供机车导入电流).GB/T14428-1993无轨电车和有轨电车整流站

    Conductor rail ( raillaid parallel to the tracks ) from which a railway locomotive picks up electric current Power rectifier substation for trolleybuses and tramways

  10. 世界上钢铝复合导电轨制造技术,可归纳为机械结合、机械/冶金结合、冶金结合三大类。

    The manufacturing technologies of the steel aluminum composite conductor rail in the world can be classified into three categories , namely mechanical bond , mechanical / metallurgical bond and metallurgical bond .

  11. 分析上述制造技术的结合性质、结合原理及结合特点,提出一种具有发展潜力的复合导电轨的制造技术&铝合金半固态浆料与钢复合成形技术。

    The composite character , principle and nature of the above-mentioned manufacturing technologies are analyzed and a promising technology for manufacturing composite conductor rail & compounding semi-solid aluminum alloy with steel , is proposed .