×

复合轧辊 meaning in Chinese

duplex roll

Examples

  1. It is pivotal to improve the formation and distribution of carbides in the solidification microstructure of composite rolls of high speed steel
    采取必要的措施,预先改善铸态高速钢中原始碳化物的大小和分布在复合轧辊用高速钢中是很为关键的。
  2. On the base of the research of composition , the influence of modification with re , ti , mg , re - ti - mg ( wt , % ) on high speed steel of composite roll is investigated emphatically
    在对化学成分研究的基础上,重点研究了利用re 、 ti 、 mg 、 re - ti - mg -进行变质处理对复合轧辊用高速钢显微组织的影响。
  3. The fluid flow of molten steel in the continuous casting mould for compound roll has been simulated numerically using the - double equation model of turbulence to discuss the effects of casting speed and pouring angle on the fluid flow
    摘要采用湍流两方程模型,对连续铸造复合轧辊组合结晶器内钢液的流场进行了数值模拟研究,分析了拉坯速度及浇注倾角等工艺参数对组合结晶器内钢液流场的影响。
  4. The high speed steel of composite roll is characteristic of high carbon and high alloy elements . so it is easy to form a lot of netlike carbides . these carbides which are very hard and fragile and are very difficult to be eliminated by heat treatment can depress the properties of high speed steel
    复合轧辊用高速钢具有高碳和高合金的特征,容易形成大量网状碳化物,这些网状碳化物又硬又脆,会严重降低高速钢的性能,且难以用热处理的方法予以消除。
  5. The composite roll of high speed steel has the synthetical life of over ten times more than traditional high cr cast iron roll . now the research and production of the high speed steel for roll are very drastic . in this thesis , the microstructure , heat treatment and performance of high speed steel fe - 2 % c - 4 % v - 4 % mo - 5 % cr - x % w ( wt ) are studied systematically by using metallograph , method of lattice , xrd , sem , eds and hardness
    本文利用金相法(包括黑白金相和彩色金相) 、 x射线衍射( xrd ) 、扫描电子显微镜( sem ) 、能谱( eds )及洛氏硬度分析仪等手段,对复合轧辊用高速钢fe - 2 c - 4 v - 4 mo - 5 cr - x w (其它部分如未作特殊注明均为质量分数)合金系的显微组织、热处理工艺及性能进行了系统地分析。
More:   Next

Related Words

  1. 辅助轧辊
  2. 精轧辊
  3. 球墨铸铁轧辊
  4. 抛光轧辊
  5. 轧辊车削
  6. 光面轧辊
  7. 粉碎机轧辊
  8. 轧辊配置
  9. 轧辊电热器
  10. 空转轧辊
  11. 复合增压柴油机
  12. 复合增益
  13. 复合轧制法
  14. 复合闸
PC Version

Copyright © 2018 WordTech Co.