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工模具钢和铁素体耐热钢的合金化设计概要
引用本文:许雯,于晖,马春霞,哈胜男,朱祖昌.工模具钢和铁素体耐热钢的合金化设计概要[J].热处理,2011,26(4):16-22.
作者姓名:许雯  于晖  马春霞  哈胜男  朱祖昌
作者单位:1. 上海市机械制造工艺研究所有限公司,上海,200070
2. 上海工程技术大学材料科学与工程学院,上海,201620
摘    要:应用材料科学的基本原理,总结了合金元素加入钢中的作用要点,提出了加入钢中的合金元素的交互作用对钢的组织和性能的影响与其钢在使用条件下的性能要求相平衡的合金化设计原则,并以热作模具钢H13和铁素体耐热钢等为例作了说明.

关 键 词:合金化  模具钢  铁素体耐热钢  超超临界技术

Outline of Alloying of Tool Steels and Ferritic Heat-resistant Steels
XU Wen,YU Hui,MA Chun-xia,HA Sheng-nan,ZHU Zu-chang.Outline of Alloying of Tool Steels and Ferritic Heat-resistant Steels[J].Heat Treatment,2011,26(4):16-22.
Authors:XU Wen  YU Hui  MA Chun-xia  HA Sheng-nan  ZHU Zu-chang
Affiliation:XU Wen1,YU Hui1,MA Chun-xia1,HA Sheng-nan1,ZHU Zu-chang2 1.Shanghai Machine Building Technology Institute Co.,Ltd.,Shanghai 200070,China,2.School of Materials Science and Engineering,Shanghai University of Engineering Science,Shanghai 201620
Abstract:In the light of the basic principles of material science,the main functions of alloying elements added to steel were summarized.An alloying principle was put forward and explained that the effect of alloying elements added to steel on the microstructure and property was to be balanceable to the property requirements for steel in service by taking the hot work mold steel H13 and the ferritic heat-resistant steels as examples.
Keywords:alloying  mold steel  ferritic heat-resistant steel  ultra-supercritical technology  
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