稀土元素Ce对挤压态Mg-0.3Al-0.2Ca-0.5Mn合金板材体织构及力学各向异性的影响
朱桂杰, 王思清, 查敏, 李眉娟, 孙凯, 陈东风

Effect of Rare Earth Element Ce on the Bulk Texture and Mechanical Anisotropy of As-Extruded Mg-0.3Al- 0.2Ca-0.5Mn Alloy Sheets
ZHU Guijie, WANG Siqing, ZHA Min, LI Meijuan, SUN Kai, CHEN Dongfeng
图7 挤压态AXM、AXM + 0.05Ce和AXM + 0.5Ce合金板材的带对比图以及方框处的EBSD像、(0002)极图散点图、ED方向反极图散点图和基极取向分布图
Fig.7 EBSD analyses of the as-extruded AXM (a-e), AXM + 0.05Ce (f-j), and AXM + 0.5Ce (k-o) alloy sheets
(a, f, k) band contrast maps of the as-extruded AXM (a), AXM + 0.05Ce (f), and AXM + 0.5Ce (k) alloy sheets, respectively
(b, g, l) EBSD images of square regions in Figs.7a (b), f (g), and k (l), respectively
(c, h, m) (0002) PFs with scatter data of square regions in Figs.7a (c), f (h), and k (m), respectively
(d, i, n) inverse pole figures (IPFs) with scatter data along ED of square regions in Figs.7a (d), f (i), and k (n), respectively
(e, j, o) basal pole tilt distribution maps of square regions in Figs.7a (e), f (j), and k (o), respectively