1) T-Vi Microalloyed Steel
钒钛微合金钢
2) Ti V Micro-alloyed Steel
钛钒微合金钢
3) microalloy steel bearing V Nb Ti
钒铌钛微合金钢
1.
The results show that boron can strikingly improve hardenability of microalloy steel bearing V Nb Ti.
结果表明 ,硼在钒铌钛微合金钢中更能充分发挥提高淬透性的作用 ,在所有实验温度下试钢A的淬透性均优于试钢B与试钢C 。
4) microalloy vanadium steel
微合金钒钢
1.
Normalization experiment research has been carried out for the medium carbon microalloy vanadium steel The results indicated that the normalized steel has better strength toughness and good toughness at low temperature It can be used in replacing low alloy hardened and tempered stee
对中碳微合金钒钢进行了正火试验研究。
5) vanadium-microalloyed steel
钒微合金钢
1.
Influence of carbon content on the formation of intragranular ferrite in isothermally treated medium-carbon vanadium-microalloyed steels;
碳含量对中碳含钒微合金钢晶内铁素体等温形成的影响规律
2.
Influence of isothermal treatment on formation of intragranular ferrite in medium-carbon vanadium-microalloyed steel;
等温处理对中碳含钒微合金钢晶内铁素体形成的影响
补充资料：钛13钒11铬3铝合金
分子式：
CAS号：
性质：β钛合金。成分为钒13％，铬11％，铝3％，余量钛。退火后室温机械性能：抗拉强度862MPa，屈服强度827MPa，延伸率10％，弹性模量10.34×104MPa，HRC硬度32～36。采用真空自耗电弧炉熔炼制取。制造紧固件和较大面积的模锻件。
CAS号：
性质：β钛合金。成分为钒13％，铬11％，铝3％，余量钛。退火后室温机械性能：抗拉强度862MPa，屈服强度827MPa，延伸率10％，弹性模量10.34×104MPa，HRC硬度32～36。采用真空自耗电弧炉熔炼制取。制造紧固件和较大面积的模锻件。
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