1.
Micro-wear test of soft materials(Ⅰ)--Wear scar measurement and wear rate calculation
软材料的微磨损测试研究(Ⅰ)——磨痕测量与磨损率计算
2.
The Application Of Timage Reconstruction Technology in the Analysis of Intercept Tooth Wear Rate
图像重构技术在截齿磨损率分析中的应用
3.
Size Effect on the Wear Rate Testing of the Friction Pairs of Brass Pin on Steel Dics
铜销对钢盘摩擦副磨损率测试的尺寸效应
4.
The test study of roadheader cutting pick′s wear rate based on image process
基于图像处理的对掘进机截齿磨损率的研究
5.
3) The dot abrasion rate was opposite to the dot percentage and the dot abrasion quantity direct ratio the circle of the dot.
3)网点的磨损率与其面积百分比成反比； 网点磨损量与网点的周长成正比；
6.
Artificial Neural Network Based Drill Wear Monitoring Using the Wavelet Decomposition of a Power Spectrum
基于功率谱小波分解的神经网络钻头磨损监测
7.
Effect of Tool Wear on Bamboo Milling Power and Surface Quality
刀具磨损对竹材铣削功率及表面质量的影响
8.
Failure due to normal deterioration or mechanical wear, the probability of which increases with usage.
由于正常损耗或机械磨损而产生的失效，其概率随使用时间而增加。
9.
rotary abrasive tester
旋转式磨料磨损试验机
10.
A frayed or tattered condition.
磨损磨破或破烂的状态
11.
The recognition rate for debris is more than80% and stable.
该方法对磨损颗粒种类识别率在80%上,且重复性很好。
12.
This control requires knowledge of attrition kinetics and cyclone effectiveness.
这种控制要求颗粒磨损动力学和旋风分离器效率的知识。
13.
This can be translated to lower die head pressure or lower mechanical tear and wear or higher extrusion productivity (up to 21 %) without compromising product quality.
这有助于降低口模压力 ,减少机械磨损或提高挤出生产率 (高达 2 1% )。
14.
3)The prevalence of tooth abrasion the people 36-to 45-years-old was 3.88%;
③36～45岁年龄段的人群中,牙齿病理性磨损的发病率为3.88%;
15.
An Investigation on Friction and Wear Properties of GCr15/45~# Steel Friction Pair Influenced by Different Frequency under Gear Oil Lubrication
油润滑下频率对GCr15/45~#钢摩擦副摩擦磨损特性的影响
16.
Tool Wear State Monitoring Based on Wavelet Multi-resolution Analysis and RBF Neural Network
基于小波多分辨率分析和RBF神经网络的刀具磨损状态识别
17.
mark,scrape or wear away(a shoe)
蹭、磨损或穿坏（鞋）
18.
gradual(wear-out) failure
渐发性（磨损）故障