Nb-V微合金钢中碳化物析出的三维原子探针表征-中国学术期刊网络出版总库 量(质量分数通常小于0.1%)的强碳氮化物形成元素(如Nb、V、Ti等)研制而成的一种工程结构材料，是发展较快的新型低合金高强度钢(high strength lowal- loyed steel，HSLA)，不仅强度高，同时具备良好的断裂延伸率11].这种优? xxx 【读者推荐文章】 中国期
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低合金高强度钢 High Strength Low Alloy Steel ; Hi-Stren Steel ; Low-Alloy High-Strength Steel ; Man-Ten Steel
海图夫低合金高强度钢 Hy-Tuf Steel
铜镍低合金高强度钢 Yoloy
曼-腾低合金高强度钢 Man-Ten steel
腾低合金高强度钢 man-ten steel
低镍合金高强度钢 low-nickel alloyed high-strength steel
的新型低合金高强度钢 High Strength Low Alloyed Steel
低合金高强度结构钢 Low-Alloy High-Tensile Structural Steel ; high strength low alloy structural steel ; Low-alloy and high-tensile steel ; low-alloy high-tensile structural stee
微合金高强度钢 micro-alloyed high strength steel
变形工艺的制定是微合金高强度钢开发和生产的关键环节。
It is the key aspect of researching and production micro-alloyed steel to draw up deformation parameter.
介绍了火焰切割对低合金高强度钢在残余应力、淬硬、渗碳等方面的影响。
This article introduces the impact of flame-cutting on high strength lower alloy structural steels from curious aspects Such as remnant stress, quench rigidity, cementite and so on.
对采用硅酸铝保温的淬硬倾向大的低合金高强度钢的焊接区域不同部位的焊接热循环进行了研究。
The investigation into the thermal cycles at different zones of a weld on HSLA steel with hardened tendency with aluminium silicate as thermal insulator are carried out completely.
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