Influence of Heat Treatment Process Parameters on Properties of High-Carbon Medium-Chromium Alloy Steel Liner 热处理工艺参数对高碳中铬合金钢衬板性能的影响
The research, has improved grinding technology of high-carbon alloy steel slender axis, and the phenomena of exiguous flaws were overcomed. 在研究的基础上改进了高碳合金钢细长轴的磨削工艺,克服了表面烧伤现象。
Medium-carbon and high-carbon steels are often used as tool steel. Tool steels include carbon tool steel, alloy tool steel and high-speed tool steel. 中碳钢和高碳钢常用作工具钢。工具钢包括碳素工具钢、合金工具钢和高速工具钢。
Application of Electronic and Atomic Theory Calculation in the Alloy Design of High-Carbon Alloy Steel 电子和原子理论计算在高碳合金钢合金设计中的应用
The effect of silicon and isothermal quenching process on the microstructure and mechanical property of the high-carbon low alloy martensite-Bainite steel was studied. 研究了硅和等温淬火工艺对高碳低合金马氏体-贝氏体钢金相组织与机械性能的影响。
Test& Investigation on the Liners of High-carbon Medium-chromium Alloy Steel 高碳中铬合金钢衬板的试验研究
Technical Improvement of Grinding Exterior Burning on High-carbon Alloy Steel 高碳合金钢细长轴磨削时表面烧伤的工艺研究
The mill Liners of high-carbon medium-chromium alloy steel have ideal coordination of toughness and hardness after optimum heat treatment determined by cross-design. 本文介绍采用高碳中铬合金钢作为磨机衬板材料,按照正交设计法优选热处理工艺参数,得到材料韧性和硬度的理想配合。
Continuous Casting of High-Carbon and Alloy Steel Billets with in-Mold Dual-Coil Electromagnetic Stirring System 采用结晶器内部双线圈电磁搅拌系统连铸高碳钢和合金钢小方坯
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。