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1·A peak of the wear rate under certain velocity was found.

发现在一定滑动速度下磨损率有一峰值。

2·Current has obviously affected on wear rate compared with loading.

在试验范围内，电流比载荷对磨损率的影响显著。

3·The calcium sulfonate additive reduces the wear rate of the materials.

基础油中磺酸钙的加入使氮化硅的磨损速率得到降低。

4·When thickness increases above a certain value, wear rate becomes unchanged.

但厚度增加到一定值时，磨损速率不变。

5·The results show that the wear rate increases with the increasing of load and wear speed;

结果表明：材料的磨损率随载荷的增加和磨损速度的增大而逐渐增大；

6·While giving other parameters, wear rate increases along with the increase of contact area.

当其余各影响参数保持一定值时，磨损率随接触面积的增大而增大。

7·The specific wear rate is strongly dependent on the temperature, atmosphere and contact pressure.

比磨损率也与温度、气氛和接触压力密切相关。

8·It can be applied in neural network measurement for the instantaneous wear rate of cutting tools.

可作为刀具瞬时磨损率神经网络测量的端系统。

9·There is an optimum surface roughness which will produce minimal arc energy and minimal wear rate.

表面粗糙度有一个最佳值，在这个表面粗糙度下电弧能量最小、质量磨损率也最小。

10·The wear rate of the end face of soft ring of B104a -70 mechanical seal was calculated and analyzed.

对B104 a - 70型机械密封软质环端面的磨损率进行了计算和分析。