冷却速率对锆合金氢化物析出的影响
Effect of Cooling Rate on Hydride Precipitation in Zirconium Alloys
(a) 0.5oC/min (b) furnace cooling (c) air cooling (d) water cooling
冷却速率对锆合金氢化物析出的影响 |
| 公维佳, 梁森茂, 张敬翊, 李时磊, 孙勇, 李中奎, 李金山 |
|
Effect of Cooling Rate on Hydride Precipitation in Zirconium Alloys |
| GONG Weijia, LIANG Senmao, ZHANG Jingyi, LI Shilei, SUN Yong, LI Zhongkui, LI Jinshan |
| 图6 不同冷却条件下Zr-4合金中氢化物的反极图 |
| Fig.6 Inverse pole figures (IPFs) of hydrides in Zr-4 at various cooling conditions (The blue and green cubes represent the crystallographic orientations of δ- and γ-phase hydrides, respectively) (a) 0.5oC/min (b) furnace cooling (c) air cooling (d) water cooling |
|
|