The study of wearing rules and mechanical fault diagnoses is based on wear particle analysis.
磨损规律和机械故障诊断等研究都离不开磨粒分析技术。
Transmission fluctuation correlation spectrometry (TFCS) is a new method for particle analysis.
消光起伏相关频谱法(TFCS)是一种新的颗粒测量方法。
This paper takes the ferrography technology as a monitoring means, we use wear particle analysis to judge the wear condition of engine.
笔者利用铁谱技术作为一种监测手段，通过磨粒分析来判断发动机的磨损状态。
The test results show that wear particle analysis can be used to compare the effect of the variation of a particular factor on wear processes.
试验结果表明，磨损粒子分析能够用来比较特殊因素的变化对磨损过程发生的影响。
This paper presents the application of wear particle analysis to the study of the effect of a particular factor (e. g. ionitriding temperature) on bearing failure.
本文介绍了磨损粒子分析在研究特殊因素(如离子氮化温度)对轴承失效的影响中的应用。
Based on wear parameter and experience data, the imitated wear particle and surface images of components were given. These are very useful for the fault diagnosis and wear particle analysis.
通过给定的磨损参数，并结合经验数据，给出可能产生的磨粒和磨损表面形貌图谱，为后面的故障诊断和磨粒分析奠定了基础。
Based on wear parameter and experience data, the imitated wear particle and surface images of components were given. These are very useful for the fault diagnosis and wear particle analysis.
通过给定的磨损参数，并结合经验数据，给出可能产生的磨粒和磨损表面形貌图谱，为后面的故障诊断和磨粒分析奠定了基础。
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