Ti3AlC2陶瓷及其衍生物Ti3C2Tx增强的Ag基电接触材料
丁健翔1,2,3(
), 张凯歌2, 柳东明2,3, 郑伟1, 张培根1(), 孙正明1,2()
), 张凯歌2, 柳东明2,3, 郑伟1, 张培根1(), 孙正明1,2()
Ag-based Electrical Contact Material Reinforced by Ti3AlC2 Ceramic and Its Derivative Ti3C2Tx
DING Jianxiang1,2,3(), ZHANG Kaige2, LIU Dongming2,3, ZHENG Wei1, ZHANG Peigen1(), SUN Zhengming1,2()
), ZHANG Kaige2, LIU Dongming2,3, ZHENG Wei1, ZHANG Peigen1(), SUN Zhengming1,2()
Fig. 7. Surface morphology, microstructure and chemical composition of Ag/Ti3C2Tx contact after arc erosion
(a, b) Optical image and magnified image; (c, d) Surface morphology; (e-h) Microstructures and chemical composition
.
