TC11合金表面MLG/Fe2O3纳米颗粒摩擦层的稳定性
周银1(
),王树奇2,赵振江1,许胜1,王健1
),王树奇2,赵振江1,许胜1,王健1
Stability of MLG/Fe2O3 Nano-particulate Tribo-layer on TC11 Ti-alloy
ZHOU Yin1(),WANG Shuqi2,ZHAO Zhenjiang1,XU Sheng1,WANG Jian1
),WANG Shuqi2,ZHAO Zhenjiang1,XU Sheng1,WANG Jian1
图9. 在纳米润滑材料和载荷不同的条件下TC11合金的磨损剖面形貌
Fig.9. Cross-section morphology of worn surfaces of TC11 alloy under the conditions of various nano-lubricants and loads (a) No lubricant, 120 N; (b) MLG, 120 N; (c) Fe2O3, 60 N; (d) Fe2O3, 80 N; (e) MLG/Fe2O3 (1:2), 100 N; (f) MLG/Fe2O3 (1:2), 120 N; (g) MLG/Fe2O3 (1:1), 100 N; (h) MLG/Fe2O3 (1:1), 120 N; (i) MLG/Fe2O3 (2:1), 100 N
