激光增材制造超高温氧化物共晶陶瓷研究进展
刘海方1,2(
), 苏海军1,2(), 申仲琳1, 姜浩1, 赵迪1, 刘园1, 张军1, 刘林1, 傅恒志1
), 苏海军1,2(), 申仲琳1, 姜浩1, 赵迪1, 刘园1, 张军1, 刘林1, 傅恒志1
Research Progress on Ultrahigh Temperature Oxide Eutectic Ceramics by Laser Additive Manufacturing
LIU Haifang1,2(), SU Haijun1,2(), SHEN Zhonglin1, JIANG Hao1, ZHAO Di1, LIU Yuan1, ZHANG Jun1, LIU Lin1, FU Hengzhi1
), SU Haijun1,2(), SHEN Zhonglin1, JIANG Hao1, ZHAO Di1, LIU Yuan1, ZHANG Jun1, LIU Lin1, FU Hengzhi1
图8. 激光增材制造氧化物共晶陶瓷沿堆积方向的微观组织特征[
Fig. 8. Microstructure characteristics of the LAM-processed oxide eutectic ceramic along the building direction[
(a) Periodic banded structure; (b) Magnified image of the banded structure
