1.
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。
2.
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% )。
3.
Friction, Erosion and Research Direction in MEMS
微机械电子系统中的摩擦磨损及研究方向
4.
Starting Control and Wear Compensation of Automatic Mechanical Transmission;
电控机械式自动变速汽车起步控制与磨损补偿
5.
Repairing Technology Design for the Abrasion of Hoop Type Guide Rails on Heavy-duty Machines
重型机械装备环形导轨磨损后修复工艺设计
6.
Use grinding-resist double mechanical seal. Reliable for sea water, muddy, waste water.
采用耐磨性特强之双头机械轴封、耐海水、污水、污泥之磨损。
7.
A device or mechanism that grinds grain.
磨臼，磨粉机磨谷物的装置或机械
8.
Dynamic Analysis and Failure Mechanism Research of the Reciprocating Machinery Parts with Wearing
往复式机械设备零部件磨损的动力学特性及故障机理研究
9.
rotary abrasive tester
旋转式磨料磨损试验机
10.
The two contact surfaces are made out of anti-wear-out and Tungsten Carbide for suppression of mechanical jolt.
两个接触面是由抗磨损和机械突震之碳化钨所制成的。
11.
The reasons of advanced wear for these machineries are analyzed and remedial ways are sought out.
就隧道施工机械的超前磨损原因进行了分析,并寻找了补救途径。
12.
Study on the Technologic Parameter and Wear Model of Retaining Ring in Chemical Mechanical Polishing Process;
化学机械抛光保持环工艺参数及磨损模型的研究
13.
The Study on Model_Based Abrasion Method of the Remain Life Time Prediction for Machine;
基于模型的机械设备磨损剩余寿命预测方法的研究
14.
Studies Based on Dynamical Features of the Fault Diagnosis of Slideway Wearing of Reciprocating Machineries
基于动力学特性的往复式机械滑道磨损诊断技术研究
15.
Friction and Wear Properties of PTFE-based Modified Composites and Application in Railway Machinery
PTFE基改性复合材料的摩擦磨损性能及其在铁路机械中的应用
16.
Several Common Wear Categories of Machine Parts with Lubricant and the Reasons
使用润滑剂机械部件间的几种常见磨损类型及起因
17.
Characteristic of Material Removal in Chemical Mechanical Polishing of Silicon Wafer Based on Abrasion Behavior
基于磨损行为的单晶硅片化学机械抛光材料的去除特性
18.
Micro/Nanometer MoC Powders Prepared by High-Energy Mechanochemistry Method and Coating Abrasion Test
高能机械化学法制备微纳米MoC粉体及涂层磨损试验研究