模压变形中国低活化马氏体钢沉淀相对其力学性能的影响
Influence of Precipitation of China Low Activation Martensitic Steel on Its Mechanical Properties After Groove Pressing
(a) grain size
(b) M23C6 precipitate size
(c) MX precipitate size
模压变形中国低活化马氏体钢沉淀相对其力学性能的影响 |
| 薛克敏, 盛杰, 严思梁, 田文春, 李萍 |
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Influence of Precipitation of China Low Activation Martensitic Steel on Its Mechanical Properties After Groove Pressing |
| XUE Kemin, SHENG Jie, YAN Siliang, TIAN Wenchun, LI Ping |
| 图5 不同道次模压变形前后CLAM钢的晶粒和析出相尺寸分布 (a) grain size (b) M23C6 precipitate size (c) MX precipitate size |
| Fig.5 Size distributions of grains and precipitates in CLAM steel processed before and after deformation (ls—equivalent center to center distance of precipitates, f(d > 5 μm)—volume fraction of grain size greater than 5 μm, d—grain size, fv—volume fraction of precipitated phase, D—density of the precipitated phase, davg—average diameter of precipitated phase) |
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