K4169合金循环加载过程中的微观组织演变
吴贇1, 刘雅辉1, 康茂东1,2(
), 高海燕1,2, 王俊1,2, 孙宝德1,2
), 高海燕1,2, 王俊1,2, 孙宝德1,2
Microstructure Evolution of K4169 Alloy During Cyclic Loading
WU Yun1, LIU Yahui1, KANG Maodong1,2(), GAO Haiyan1,2, WANG Jun1,2, SUN Baode1,2
), GAO Haiyan1,2, WANG Jun1,2, SUN Baode1,2
图10. δ-Ni3Nb相变形和断裂机制的SEM和TEM分析
(a) SEM image of branch-fractured δ-Ni3Nb phase
(b) SEM image of slip lines presenting on δ-Ni3Nb surface of the specimen with average 5457 cyc
(c) bright-field TEM image of branch-fractured δ-Ni3Nb
(d) HRTEM image, local fast Fourier transform (FFT) and inverse FFT images (insets) of δ-Ni3Nb phase after fatigue
Fig.10. Deformation and fracture analyses of δ-Ni3Nb phase by SEM and TEM
