Nb4AlC3MAX 相单晶纳米线断面自修复原位定量研究
In Situ Quantification of Fracture Surface Self-Healing in Monocrystalline Nb4AlC3MAX Phase Nanowires
Nb4AlC3MAX 相单晶纳米线断面自修复原位定量研究 |
| 崔俊峰, 胡晓飞, 陈国新, 李友兵, 柯培玲, 赵宏伟 |
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In Situ Quantification of Fracture Surface Self-Healing in Monocrystalline Nb4AlC3MAX Phase Nanowires |
| CUI Junfeng, HU Xiaofei, CHEN Guoxin, LI Youbing, KE Peiling, ZHAO Hongwei |
| 图1 Nb4AlC3MAX相粉末颗粒表征 |
| Fig.1 Characterizations of Nb4AlC3MAX phase powders (a1, a2) XRD patterns of experimental powder (a1) and standard powder (a2) (b, c) SEM (b) and HAADF-STEM (c) images (d) partially enlarged view of Fig.1c (Inset shows the Nb4AlC3MAX phase atomic model viewed along the [11 |
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