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摩擦学诊断技术是近年发展和完善起来的一个极有效的监测系统,已在冶金、电力、矿山、交通、机械等部门得到了广泛的应用,显示了良好的前景。一、基本原理和方法目前对机械设备进行状态监测和故障诊断的手段有温度监控、振动和噪声监控、光谱监控、铁谱监控等。而摩擦学诊断技术是综合了铁谱分析、磁塞收集器、污染度计数器、各种光谱分析及x射线分析、电子显微镜等多种手段,并利用电子计算机处理数据,形成一个完善的摩擦学
Tribology diagnostic technology is an extremely effective monitoring system developed and perfected in recent years. It has been widely used in metallurgy, electric power, mining, transportation, machinery and other departments and shows a good prospect. First, the basic principles and methods At present machinery and equipment for condition monitoring and fault diagnosis means temperature monitoring, vibration and noise monitoring, spectral monitoring, ferrometer monitoring. The tribological diagnostic technology is a combination of iron spectrum analysis, magnetic plug collectors, pollution counters, a variety of spectral analysis and x-ray analysis, electron microscopy and other means, and the use of electronic computer processing data to form a complete tribology