1) Micro-tribology property
微观磨损
2) microscopic wear mechanisms
微观磨损机理
3) micro friction and wear
微观摩擦磨损
1.
It is found that thesystematic operating performance and service life of ultra precision mechanics or micro mechanicsare determined to a great eatent by friction and wear on nanometer scale , so it is most important tounderstand micro friction and wear.
因此，研究微观摩擦磨损至关重要，其最终目的是要实现零磨损。
4) micro-scale abrasive wear
微磨粒磨损
1.
Based on the surface analysis,the mechanism of micro-scale abrasive wear was discussed.
研究了医用Ti6Al4V合金在蒸馏水中的微磨粒磨损行为,考察了载荷、滑行距离、料浆浓度和转速对微磨粒磨损规律的影响,并对微磨粒磨损机制进行了讨论。
2.
Micro-scale abrasive wear was an important reason for the invalidation of metal implanted materials, and the particularity of body internal environment result in the micro-scale abrasive wear of metal implanted materials different from general micro-scale abrasive wear.
微磨粒磨损是导致金属植入材料失效的一个重要原因,而人体体内环境的特殊性,又决定了金属植入材料在服役期间其微磨粒磨损状况不同于简单的微磨粒磨损。
3.
The micro-scale abrasive wear behaviors of TAMZ alloy were studied using a TE66 micro-scale abrasion tester.
采用TE66试验机对新型TAMZ钛合金的微磨粒磨损行为进行了研究。
5) fretting wear
微动磨损
1.
Study of fretting wear behavior of K417 nickel base superalloy;
K417镍基高温合金微动磨损行为的研究
2.
Fretting wear behavior of CuS nanoparticles in urea grease was studied in fretting wear tester.
在微动磨损试验机上考察了含有硫化铜纳米粒子脲基脂的微动磨损性能。
3.
The microstructure and microhardness of the joints were tested by means of optical microscope and microhardness tester,the fretting wear behavior of substrate and surfaced metals in room temperature were investigated on a PLINT fretting wear test rig.
用光学显微镜和显微硬度计对堆焊金属的显微组织和显微硬度进行了分析,用PLINT型微动磨损试验机考察了基体材料及堆焊层金属在室温条件下的微动磨损行为。
6) fretting
[英][fret] [美][frɛt]
微动磨损
1.
Mechanism Analysis of Fretting of the Packed Box in a Super High Pressure Compressor and Its Slow-Up Method;
超高压压缩机填料盒微动磨损机理分析及减缓措施
2.
The Situation of the fretting Research for Engineering Ceramics;
工程陶瓷微动磨损研究进展
3.
Research on gear′s fretting in wind power station
风电系统中加速齿轮的微动磨损研究
补充资料：表面磨损
分子式：
CAS号：
性质：两表面接触并作相对运动所产生的微弱摩擦导致了缓慢的材料消耗。根据相对运动的特点，分成滑动磨损，转动磨损，冲击磨损三种。通常认为接触压力较小，表面材料消耗不大的属表面磨损，相反的情况，可归入表面磨耗。
CAS号：
性质：两表面接触并作相对运动所产生的微弱摩擦导致了缓慢的材料消耗。根据相对运动的特点，分成滑动磨损，转动磨损，冲击磨损三种。通常认为接触压力较小，表面材料消耗不大的属表面磨损，相反的情况，可归入表面磨耗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条