研究油液分析界限值的重要性和制定方法。
The importance and formulation method of the oil analysis for threshold have been researched.
通过油液分析对军用装备进行故障诊断已为各国广泛采用。
Carrying out failure diagnosis on military equipments by means of oil fluid analysis has already been widely adopted by various countries.
由于油液分析数据通常是非平稳且非等时间间隔时序，给分析工作带来困难。
Since the oil analysis data were non-stationary and non-equal time-interval time se - ries in general, which were difficult to analyze.
当前对旋转设备进行状态监测的手段，使用比较普遍的方法主要有振动分析和油液分析。
Vibration and oil analyses are two main techniques to monitor the condition of rotary machine at present.
文中针对基于油液分析的12150发动机磨损故障监测方法进行研究，给出了油液监测机理。
This paper is concentrated on the study of the wear fault monitoring methods and the monitoring principle of 12150 engines based on oil analysis.
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。
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.
油液检测数据处理系统作为油液分析机构的决策和技术咨询系统，是利用油液检测进行状态检测和故障诊断的关键技术。
The Database System of oil Monitoring which is used for the decision and the information inquire of the oil analysis center is the important technology of Condition Monitoring and Fault Diagnosis.
油液分析技术在柴油机、齿轮传动、轴承系统、液压系统等机械设备的状态检测方面，取得了显著的效果，获得了广泛的应用。
Oil fluid analysis technic acquires remarkable effect and obtains a lot of application in mechanical equipment's state monitoring such as engine, gear transmission, bearing system, hydraumatic system.
本文针对XS—ZY—125型塑料注射成型机，分析了现行通用的双联泵供油液压系统耗能大的原因。
The paper analyzes the reason for more power consumption of conventional dual vane pump system set in model XS—ZY—125 plastic injection forming machines.
对于试验中出现的油液雾化分叉现象，本文依静电学原理作了定性的理论分析。
Oil atomization forking phenomenon in experiment has been qualitatively analyzed from electrostatics theory in the thesis.
油液光谱分析诊断系统(SADS)由人机交互、数据管理、知识库管理、推理机、自学习调整、远程故障诊断和系统输出等模块组成。
Spectrum analysis diagnosis system (SADS) is composed of user interface, data management, KBM, reasoning facility, self-learning adjusting, remote fault diagnosis and system output modules etc.
结合油液光谱分析的数据和发动机在实际中常见磨损故障现象，研制和开发了油液光谱分析诊断专家系统。
Combining the Spectrometric oil analysis data and the practical wear fault phenomena of the engines, the author has developed a Spectrometric oil analysis fault diagnosis expert system.
本文就环境压力和温度对燃油液滴蒸发速率的影响进行了分析研究。
The influence of ambient pressure and temperature on the evaporation rates of fuel drops is examined analytically.
编程分析了筒式减振器缸体结构参数、外界激励以及空气流速对其油液温升的影响规律。
The influence rules of absorber structure parameters, exterior excitation and air speed on the increased oil temperature are also analyzed.
针对减振装置工作时温升对密封件及系统可靠性影响较大的问题，分析了油液通过阻尼阀生热的机理。
The increased temperature influences greatly on reliability of seal and system when shock absorber is working, the mechanism of heat generation when oil passes damping valve is analyzed.
对液压传动中常用的液压泵供油系统的功率损耗进行了分析指出，采用功率匹配泵供油液压系统能更有效地实现节能。
This article analyzes the power consumption of the usual hydraulic systems and drew a conclusion that it can save energy more efficiently and use the power matching hydraulic systems.
总体要求：对油液所携带的含铁磨屑颗粒的形状、数量及尺寸进行定性定量分析。
General: to carry out qualitative and quantitative analysis on the shape, quantity and size of ferro debris particles in oil.
系统模型用该方法分析油液中各元素的浓度关联度，从而判别发动机的工况和元素分组。
The system model, analyzes relational value of concentration of various elements in oil, which is used to conclude engine condition and elemental grouping.
通过油液诊断技术对某大型冷轧轧机高压液压系统液压油的劣化过程进行研究，并分析该液压系统液压油迅速劣化的根源。
The deterioration process of hydraulic oil in a high-pressure hydraulic system of cold rolling mill is studied through oil diagnosis technology, and the reason is also analyzed.
船舶动力装置与设备油液监控系统的主要功能是：通过分析油液的性能指标变化监控其劣化状况；
The main function of the oil monitoring system to ship power system & device is: Analyzing the change of the parameters of oil quality, monitoring the inferior change of the oil quality.
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…
除油液中磷酸钠、水玻璃及平平加OS 1 5对十二烷基苯磺酸钠的分析结果影响很小。
Sodium phosphate, sodium silicate and OS 15 have little effect on the analytical result of SDBS.
除油液中磷酸钠、水玻璃及平平加OS 1 5对十二烷基苯磺酸钠的分析结果影响很小。
Sodium phosphate, sodium silicate and OS 15 have little effect on the analytical result of SDBS.
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