在电脱盐动态模拟装置上研究了温度和电场强度对电脱盐效果的影响。
The effects of temperature and electric field strength on the electric desalting were studied in the dynamic simulated desalting unit in this paper.
本文讨论了动力装置控制系统动态试验设备的重要性并进行了半物理模拟试验设备的方案论证。
In this paper a discussion is made of the importance of the dynamic experimental stand of a power device control system, and of the semi-physical simulating test.
应用于某TDI装置动态流程模拟项目的实践、检验，证明了该算法的可靠性和实用性。
The software is tested well in many processsimulations such as the realtime dynamic process simulation of a TDI plant, and shows it is reliable and practical.
采用动态配制模拟烟气的试验装置，并从富氧氧化方面着手。
The test units for dynamic compounded modeled flue gases are used and the work is undertaken from oxygen-rich oxidation.
要在动态模拟实验室中较全面考核继电保护装置的动作行为，动模实验室必须尽可能模拟各种故障。
To completely test the behavior of relay device in power system dynamic lab, different fault types, as more as possible, should be simulated.
利用模拟装置，在实时、动态、非接触的情况下，实现了发电机转子温度检测，取得了圆满的实验效果。
With the designed temperature measuring system, under real_time, dynamic and contactless conditions, measurement of generator rotor temperature is carried out successfully.
介绍一种复合射孔器模拟试验装置和动态压力测试方法，可对复合射孔器射孔单元组成模拟枪体，在相配套的模拟试验装置内进行试验。
Introduced are a simulating device of fracture perforators and a dynamic pressure testing method. Some simulation body composed of combined perforator units can be tested in the simulation device.
心血管模拟装置是人体心血管血流动力学的动态电脑模拟，主要是为生理学和医学专业的学生所设计。
The cardiovascular Simulator is a dynamic computer simulation of human cardiovascular hemodynamics, primarily intended for students of physiology and medicine.
出汗暖体躯干工效模拟的实验装置，可对服装面料在不同工况条件下的传热、传湿性能进行静态和动态的测试分析。
In order to show the regulative function of clothing fabric in human ergonomics system, we study and make a set of experimental equipment of sweating trunk.
本所研制开发的智能化监测换热器，水质监测装置，动态模拟系统，自动加药、加氯机，是具有自主知识产权的系列产品。
Its intelligent monitoring heat exchanger, water quality monitoring apparatus, dynamic imitation system, automatic chlorine adding machine has its own IPR.
结果表明，该装置具有小巧、装填条件灵活、单发实验费用低等特点。理论模型及其计算软件可较准确地预估模拟装置内火药的动态燃烧。
The comparison between the calculated and the experimental pressure time curves shows that the model is able to predict the dynamic combustion characteristics of propellants in the simulator.
结果表明，该装置具有小巧、装填条件灵活、单发实验费用低等特点。理论模型及其计算软件可较准确地预估模拟装置内火药的动态燃烧。
The comparison between the calculated and the experimental pressure time curves shows that the model is able to predict the dynamic combustion characteristics of propellants in the simulator.
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