high-carbon steel

英 [haɪ ˈkɑːbən stiːl] 美 [haɪ ˈkɑːrbən stiːl]

网络  高碳钢

化学



双语例句

  1. In this paper, relationship between full-decarbonisation temperature of high-carbon steel on surfaces and their phase structures have been explained with phase rule and Fe-Fe_3C phase diagram.
    用相律解释了由实验得出的表面高碳钢发生全脱碳的温度与其金相组织的对应关系。
  2. The carbon is absorbed into the metal to form a solid solution with iron and converts the outer surface into high-carbon steel.
    碳被吸收进金属与铁形成固溶体使外表面转变成高碳钢。
  3. Application of Trace Cr in Production of High-Carbon Steel Wire
    微量Cr在高碳钢线材生产中的应用
  4. Effect of prestrain on the superplastic deformation behavior of low-alloy high-carbon steel
    预变形对低合金高碳钢超塑性变形行为的影响
  5. According to the metallurgy quality requirement of medium and high-carbon steel, technological processes is designed based on the metallurgy characteristic of small tonnage converter.
    根据中高碳钢的冶金质量要求,基于小吨位转炉的冶金特点,设计了其生产工艺流程。
  6. High-carbon steel wire depended on importing because of homemade wire with a high BFD.
    目前,国产热轧高碳盘条与国际先进水平的主要差距就表现在高断丝率上。
  7. Preparation of Mo/ High-Carbon Steel Composite Coating by Wire Explosion Spraying
    电爆炸喷涂制备Mo/高碳钢复合涂层的研究
  8. Effect of High-Carbon Steel Wire Drawing Property at Cooling Conditions
    冷却条件对高碳钢丝拉拔性能的影响
  9. Oxide scale formation on high-carbon steel and its mechanical descaling property
    高碳钢氧化皮的形成及其机械剥离性能
  10. The New Technique and New Technology of the A_ ( c1f) Temperature Equalization Spheroidizing Annealing for High-carbon Steel
    高碳钢A(c1f)透烧球化退火新技术新工艺
  11. Decarbonizing of high-carbon steel under condition of ion bombarding and its effect on surface alloying
    离子轰击下高碳钢的脱碳对随后渗金属的影响
  12. Investigation of electropolishing for high-carbon steel
    高碳钢的电化学抛光研究
  13. Control and Use of Residual Austenitic Morphology in High-carbon Steel
    高碳钢中残余奥氏体形态控制与利用
  14. Spheroidizing Mechanism and Ac_ ( 1f) Temperature Equalization Spheroidizing Annealing Technology for High-carbon Steel
    高碳钢球化机制与Ac(1f)透烧球化退火工艺
  15. Process technology for high-carbon steel wire rod
    高碳钢线材生产技术
  16. In present research, Fe-C alloys are taken as nucleating agents and the effects of carbon content of nucleating agents on solidification process of high-carbon steel are studied.
    本文以FeC合金作为形核剂,研究了形核剂含碳量对高碳钢凝固过程的影响机理。
  17. Investigation on FOG-COOLING-PATENTING for high-carbon steel wire using low concentration polymer aqueous solution
    聚合物水溶液用于高碳钢丝雾冷韧化的试验研究
  18. Centerline Segregation in Continuous Cast High-Carbon Steel Billet
    高碳钢连铸方坯中心偏析
  19. Improving the wear life of high-carbon steel by explosion hardening
    爆炸硬化提高矿用高锰钢件的耐磨寿命
  20. Study on centerline segregation and porosity of continuous cast billets in high-carbon steel production
    高碳钢连铸小方坯缩孔及中心偏析的研究
  21. Experimental study to reduce brittle inclusion in high-carbon steel wire
    降低高碳钢线材中脆性夹杂物的试验研究
  22. High-carbon steel products made with continuous cast billets
    方坯连铸机浇铸高碳钢
  23. Research on composition segregation of high-carbon steel billet
    高碳钢小方坯中成分偏析情况的研究
  24. Effect of Rare Earth on Mechanical Properties of High-Carbon Steel with Different Cleanliness
    稀土对不同洁净度高碳钢力学性能的影响
  25. Research on cause of reducing diameter of high-carbon steel wire rod
    高碳钢盘条缩径原因的研究
  26. As a result, an impressive improvement on solidification structure and centerline carbon segregation of high-carbon steel and alloy steel billets may be achieved.
    结果对高碳钢和合金钢小方坯可很好地改善凝固结构和中心碳偏析。
  27. Bulk sample electrolysis results show that magnesium silicate, silicon oxide, calcium sulfide, sodium oxide inclusions in the main sizes of 100~ 400 μ m exist in high-carbon steel.
    大样电解结果显示,高碳钢中主要有尺寸在100~400μm左右的硅酸铝镁、氧化硅、硫化钙、氧化钠夹杂。
  28. The researcher of Tianjin University has developed one kind of low transformation point welding rod, it can be applied on the position of high-carbon steel welding and eliminates welding residual stress effectively.
    天津大学焊接实验室研制了一种新型低相变点焊条,应用在中高碳钢钢板的焊接中,能很好的消除残余应力。