可时效强化Mg-Sn基合金的研究进展
石章智1,2(
),张敏3,黄雪飞4,刘雪峰1,2,5,张文征6
),张敏3,黄雪飞4,刘雪峰1,2,5,张文征6
Research Progress in Age-Hardenable Mg-Sn Based Alloys
SHI Zhangzhi1,2(),ZHANG Min3,HUANG Xuefei4,LIU Xuefeng1,2,5,ZHANG Wenzheng6
),ZHANG Min3,HUANG Xuefei4,LIU Xuefeng1,2,5,ZHANG Wenzheng6
图5. 合金化对Mg-Sn基合金力学性能的影响(图中数据来自文献[15,22,26,43,45~77])
Fig.5. Effects of alloying elements on mechanical properties of Mg-Sn based alloys with data collected from Refs.[15,22,26,43,45~77] (T—Sn, A—Al, Z—Zn, Q—Ag, X—Ca, M—Mn, S—Si) (a) when ageing at 200 ℃, ageing peak time vs peak hardness
