将该模型用于销盘磨合磨损试验，对最佳分形维数进行了准确预测。
When it is used in the running-in process, the model can predict optimum fractal dimension precisely.
通过销盘的磨损对比试验，对进行了磁化处理的与未作磁化处理的高速钢材料作了耐磨损性能的研究。
The wear of the unmagnetized and magnetized high speed steel material are compared in the wear between pin and disk text.
摩擦学性能由销一盘式试验过程中的摩擦力数据和对磨痕的表面轮廓仪和扫描电镜分析作出定量、定性的评价。
Friction force measurements during unlubricated pin-on-disc sliding tests, profilometry and SEM analysis of wear tracks are used to determine the wear behavior quantitatively and qualitatively.
在销盘式试验机上对氟塑料合金(F50 - 1)的高温摩擦学特性进行了试验研究。
The tribological characteristics of Fluosopolymer alloy (F50-1) at high temperature were experimentally studied with a pin-disc-type apparatus.
将该模型用于销盘磨合磨损试验，对最佳分形维数进行了准确预测。
Let the model be used in the pin-disc running in and wear test, an accurate prediction was carried out upon the optimum fractal dimension.
对所设计的销-盘磨损试验机进行了反复改进。
对所设计的销-盘磨损试验机进行了反复改进。
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