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) phase map (b) HR-kernel average misorientation (KAM)
(c) von Mises stress (d-f) normal strains (g-i) shear strains
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10 0.5℃/min冷却条件下Zr-4合金内氢化物析出的应力与应变场 |
| Fig.10 Stress and strain fields of hydride precipitation in Zr-4 alloy under 0.5oC/min cooling condition characterized by high-resolution electron backscattering diffraction (HR-EBSD) (εxx, εyy, and εzz are the normal stresses in three directions; εxy, εyz, and εzx are the shear stresses in three planes) (a) phase map (b) HR-kernel average misorientation (KAM) (c) von Mises stress (d-f) normal strains (g-i) shear strains |
|
|