The recognition of the wear particle is the most important for realizing the automatic ferrography analysis.
磨损磨粒的模式识别方法是实现铁谱分析数字化和智能化的最为重要的内容。
Ferrography, a comparatively new technique, has extended the efficiency of oil analysis for condition monitoring.
铁谱技术进一步把滑油分析扩展到工况监测之中。
It is pointed out that, moreover, combined with the other techniques of oil analysis, OLF 1 on line ferrography can monitor and diagnose gear wear condition more accurately.
本文同时指出，OLF -1在线铁谱与其它油液分析技术相结合，可以更准确地进行齿轮磨损状态的监测和诊断。
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 ferrography is a fault diagnosis method based on the analysis of wear particle.
铁谱技术是以磨损磨粒分析为基础的故障诊断方法。
In this paper, a debris micro-morphology measurement and analysis system is developed and applied to the ferrography with the aid of microcomputer image analysis technology.
本文研制了一种将微机图象处理技术应用于铁谱技术的磨屑显微分析系统。
Recently, ferrography technique has been one of the effective methods for machine condition monitoring and fault diagnosis, which is based on the analysis of wear particle.
铁谱技术是近年来应用于监测机器设备运行状态和判断磨损故障的有效方法之一。
Recently, ferrography technique has been one of the effective methods for machine condition monitoring and fault diagnosis, which is based on the analysis of wear particle.
铁谱技术是近年来应用于监测机器设备运行状态和判断磨损故障的有效方法之一。
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