1) medium-alloy steel
中合金钢
1.
The changes of quenching and tempering hardness and the microstructure transformation of four kinds of Cr-W-Mo-V medium-alloy steels were investigated.
研究了4种不同成分的Cr-W-Mo-V中合金钢的淬火硬度、回火硬度变化和组织结构转变。
2) medium alloy steel
中合金钢
1.
Since ball mills used in cement industry are becoming larger and larger,a kind of medium alloy steel liner has been developed.
针对水泥工业用球磨机日趋大型化的特点 ,研制了立足国内资源 ,生产工艺简单的中合金钢衬板 。
3) Medium carbon alloy steel
中碳合金钢
1.
The ability of spinning of medium carbon alloy steel at annealing is very good.
中碳合金钢退火状态可旋性良好,累计变薄率为80%,未见裂纹出现。
2.
Wear characteristics and mechanisms of a medium carbon alloy steel after quenching at 900 ℃ and low temperature tempering at 200 ℃ were investigated under the condition of impact corrosive wear.
为探讨较高的冲击力对中碳合金钢的冲击腐蚀磨损规律,对中碳合金钢经900℃淬火、200℃低温回火得到的复相组织的磨损特性和机理进行了试验研究。
4) middle-low alloy steel
中低合金钢
1.
Study on determination of multi elements in middle-low alloy steel by inductively coupled plasma-atomic emission spectrometry with home-made laser ablation solid sample introduction system;
激光剥蚀进样—电感耦合等离子体原子发射光谱法分析中低合金钢中多元素的研究
2.
Investigation on emission characteristics of radio frequency glow discharge optical emission spectrum for multi elements in middle-low alloy steel;
中低合金钢中多元素的射频辉光放电发射光谱发射谱线性质的研究
3.
Determination of eighteen elements in middle-low alloy steel by glow discharge mass spectrometry;
辉光放电质谱法测定中低合金钢中18种元素
6) high carbon medium-alloy steel
高碳中合金钢
1.
Transformation and morphology of carbides in high carbon medium-alloy steels during transforming process;
三种高碳中合金钢在热处理过程中的碳化物转变及形貌
2.
The investigation shows that M23C6 and M3C in Cr-W-Mo-V high carbon medium-alloy steels gradually dissolve into the matrix during heat process at about αγ temperature, and gradually precipitate again from the matrix during low cooling process.
研究表明,Cr-W-Mo-V高碳中合金钢加热至αγ温度区附近,M23C6和M3C会逐渐溶解于基体中,缓冷过程逐渐析出M23C6、M3C,并在αγ温度区发生M23C6M6C转变,而球状VC则变化不大,其碳化物超细化主要南溶解、形核的转变过程所引起的。
补充资料：中合金钢
分子式：
分子量：
CAS号：
性质：合金元素的总含量一般是5%~10%的合金钢。
分子量：
CAS号：
性质：合金元素的总含量一般是5%~10%的合金钢。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条