铁谱技术是以磨损磨粒分析为基础的故障诊断方法。
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。
The ferrography is a fault diagnosis method based on the analysis of wear debris.
磨损规律和机械故障诊断等研究都离不开磨粒分析技术。
The study of wearing rules and mechanical fault diagnoses is based on wear particle analysis.
所做的研究对于设计基于磨粒分析的油液智能诊断系统具有重要意义。
The research results are of great significance for designing an intelligent oil monitoring and…
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。
This paper takes the ferrography technology as a monitoring means, we use wear particle analysis to judge the wear condition of engine.
铁谱磨粒分析技术，可从微观角度对动态过程进行监测，以预测、诊断和及时处理非正常磨损早期故障。
The early malfunction of abnormal wear can be predicted, diagnosed and handled in time by using ferrography to monitor the running procedure from the microscopic view.
在总结柴油机磨损模式的磨粒分析基础上，首次提出在柴油机磨损模式识别中采用基于粗集和模糊理论相结合的模式识别方法。
Based on the analysis of wear particles of diesel engine, a pattern recognition method of the wear mode of diesel engine was originally put forth, by combining rough sets theory and fuzzy theory.
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.
分析了磁力研磨加工过程中单个磁性磨粒的受力状况和磨削机理，论述了磁性磨粒的性能要求和制备工艺。
The stress and grinding mechanism of a single magnetic abrasive grain in the magnetic abrasive finishing are analyzed. The required properties and preparation technologies of MAGS are discussed.
本文就是从这两方面着重介绍了当前国际上流行的磨粒形貌三维分析技术。
The popular three-dimensional imaging techniques of wear particles analysis has been presented in this article.
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。
The recognition of the wear particle is the most important for realizing the automatic ferrography analysis.
对超精密磨削所用细粒度金刚石砂轮磨粒粒径的分布特点和砂轮表面上磨粒的轮廓波长进行了分析。
Detailed analyses of the grain size distribution characteristics and the grain profile wavelength of fine diamond grinding wheel used for ultra-precision grinding are presented.
用铁谱分析法测定球和盘试样的磨损，不但精度高，而且收集的磨粒还为深入研究磨损机理创造了条件。
Wear test method using ferrography gives not only high precision, but also a conventional collection of wear debris, which are useful for further study.
基于磨粒识别分析的结果，并结合摩擦学理论，实现对发动机磨损状态检测与故障诊断。
Depending on the result of debris analysis and combing with tribology knowledges, we can diagnose and predict wear fault of engine.
通过大量试验，分析了装载机销轴磨损的历程，表明销轴的磨损历程主要分为磨合阶段、磨粒磨损阶段和粘结磨损阶段。
Aimed at the abrasion of pins, some experiments were carried out and the abrasion course was analyzed, the abrasion course of pins is the breaking-in, the abrasion wear and adhesive abrasion.
为了研究它的磨损问题，本文先对船壳与土壤中硬磨粒两者间进行了力学状态分析。
For studying its wear properties; the author has analysed the mechanical conditions between the hull and hard abrasive in soil.
分析计算了磨粒的形貌，纹理和颜色等几类特征参数，形成一套较为完备的磨粒特征描述体系。
By analyzing and calculating the shape, color and texture characteristic parameters of wear particles, a complete set of wear particle quantification characterization comes into being.
分析表明粒子的温度对涂层磨粒磨损质量损失有较大的影响。
The abrasive wear loss of the coatings was significantly influenced by particle temperature.
目前磨损磨粒识别主要由人工分析来完成，识别的准确性有很大的主观性，这使磨损磨粒识别难以智能化。
At present, wear particle recognition is mainly completed by manual work, the accuracy of which is too subjective too make further applications.
从切削运动、切削量、磨粒性能三个方面分析了超声波振动珩磨的切削机理，并归纳了超声波振动珩磨的特点。
The cutting principles including cutting motion, cutting quantity, and grain performance of ultrasonic vibration honing are analyzed, and its specialities are generalized.
本文建立了硅片自旋转磨削的运动几何学模型，分析了磨削参数与磨削纹理的关系，并对磨粒磨削运动轨迹进行了计算机仿真和预测；
The relationship between grinding marks and the grinding parameters is analyzed. The cutting trajectories of grits on the wafer are predicted by computer simulation.
介绍了大气孔砂轮磨粒的特性，针对胶辊磨砺过程的特殊性，重点分析了磨胶辊时砂轮的选择、修整及使用时解决实际问题的办。
Considering the special requirement of the grinding process of cots, highlight is given to the selection, finishing and application of grinding wheels in practice.
本文介绍了LX88A制取的工艺特点及涂层性能，并分析了类似于流化床作业面所经受的冲蚀磨损与磨粒磨损过程。
This article introduces the technology characteristics and coating functions of LX88A, as well as the abrasion and erosion wear resistance processes.
最后分析了铝基复合材料表面的磨损情况，说明了它的磨损是剥落、粘着和磨粒磨损共同作用的结果。
The wear of aluminum matrix composites, which is the common result of spall, adhesion and particle wear, is analysed in the end of the paper.
为了便于分析研究设备的磨损状态等相关性规律，研制了基于计算机的磨粒图像轮廓识别和轮廓分形参数分析软件。
This paper presents the fractal parameter and its calculation method of the worn particles based on particles contours chain code.
对滚动轴承磨粒磨损故障进行了模拟试验和振动信号的处理和分析。
Simulating test and vibration signal analysis for abrasive wear failure of rollings bearings have been made in this paper.
用铁谱分析法测定球和盘试样的磨损，不但精度高，而且收集的磨粒还为深入研究磨损机理创造了条件。
Wear test method using ferrography gives not only high precision, but also a conventional collection of wear debris, which are useful for further stud...
分析论述了磨损的产生机理与分类，磨粒的分类及特征。
Wear mechanism and classification including wear particle classification and characters are analyzed and discussed.
分析论述了磨损的产生机理与分类，磨粒的分类及特征。
Wear mechanism and classification including wear particle classification and characters are analyzed and discussed.
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