基于同步辐射<strong>X</strong>射线成像液<strong>/</strong>固复层界面氢气泡的形核、生长演变与运动行为的原位研究

基于同步辐射X射线成像液/固复层界面氢气泡的形核、生长演变与运动行为的原位研究

丁宗业, 胡侨丹, 卢温泉, 李建国

In Situ Study on the Nucleation, Growth Evolution, and Motion Behavior of Hydrogen Bubbles at the Liquid/ Solid Bimetal Interface by Using Synchrotron Radiation X-Ray Imaging Technology

DING Zongye, HU Qiaodan, LU Wenquan, LI Jianguo

图7 液/固界面加热过程中双层膜演变、Al₃Ni化合物阻碍下氢气泡的生长与跳跃行为的实时成像

Fig.7 In situ images of bifilms evolution, and growth and jumping of hydrogen bubbles under the hindrance of Al₃Ni IMCs during heating at the liquid Al/solid Ni interface
(a) 600℃, 204 s (b) 605℃, 208 s (c) 610℃, 214 s (d) 613℃, 217 s (e) 614℃, 218 s (f) 615℃, 219 s
(g) 616℃, 220 s (h) 617℃, 221 s (i) 619℃, 223 s (j) 629℃, 233 s (k) 635℃, 238 s (l) 638℃, 240 s
(m) 639℃, 241 s (n) 640℃, 242 s (o) 659℃, 250 s (p) 675℃, 258 s (q) 676℃, 259 s (r) 679℃, 261 s
(s) 685℃, 264 s (t) 686℃, 265 s (u) 707℃, 277 s (v) 708℃, 278 s (w) 735℃, 290 s (x) 750℃, 339 s