瞬时转速,transient speed
1)transient speed瞬时转速
1.Simulation research on rub-impact rotor transient speed fluctuation regularity;转子碰摩情况下瞬时转速变化规律的仿真研究
2.Analysis on the transient speed signal of internal combustion engine based on wavelet transform;基于小波变换的内燃机瞬时转速信号的分析
3.Refining of Internal Combustion Engine Transient Speed Using IFFT Method;应用逆傅利叶变换进行内燃机瞬时转速信号提纯
英文短句/例句

1.maximum momentary speed variation最大瞬时转速变化率
2.Fault Diagnosis of Engine Based on Transient Speed基于瞬时转速的发动机故障诊断研究
3.Classification and simulation of interference factors in the measurement of ICE transient speed内燃机瞬时转速测量干扰因素分类与仿真
4.Study of transient speed signals of diesel engine based on wavelet analysis基于小波分析的柴油机瞬时转速信号研究
5.Dynamic Simulation Study of Instantaneous Speed in Internal Combustion Engines Based on ADAMS基于ADAMS的内燃机瞬时转速动力学仿真研究
6.Misfire Detection Based on Statistical Analysis of Instantaneous Rational Speed基于瞬时转速统计分析的内燃机失火检测
7.Fault Diagnosis Method for ICE Based on Instant Rotational Speed and Genetic Algorithm基于瞬时转速和遗传算法的内燃机故障诊断方法
8.Research on Monitoring and Diagnosing for Marine Diesel Engine Based on Instantaneous Angular Speed and Thermal Parameters;船舶柴油机瞬时转速和热力参数监测诊断技术研究
9.Research on the Fault Diagnosis Technology of the Multi-cylinder Diesel Engine Based on the Instantaneous Speed;基于瞬时转速的多缸柴油机故障诊断技术的研究
10.The Research on the Application of Fault Diagnosis of Diesel Engine Using Instantaneous Speed and Torsional Vibration Signals;利用瞬时转速和扭振信号诊断柴油机故障的应用研究
11.Research on Diesel Engine Fault Diagnosis Expert System Based on Instantaneous Speed Signals基于瞬时转速信号的柴油机故障诊断专家系统的研究
12.Research on Diesel Engine Fault Diagnosis Based on Instantaneous Speed and Vibration Signal基于瞬时转速和振动信号的柴油机故障诊断研究
13.Stability Evaluation of Instantaneous Rotational Speed for InternalCombustion Engine via Detrended Fluctuation Analysis内燃机瞬时转速稳定性评价的非倾向性振荡分析策略
14.Acquisition and diagnosis system design of Diesel engine's instantaneous speed based on FPGA technology基于FPGA的柴油机瞬时转速采集与诊断系统的设计
15.Data Processing and Fault Diagnosis Based on Analyzing the Evenness of the Diesel Engine by the Fluctuations of the Instantaneous Speed基于瞬时转速法分析柴油机各缸工作均匀性的数据处理和故障诊断
16.instantaneous state of velocity瞬时速度, 速度的瞬时状态, 速度瞬时值
17.quick start lamp快速[瞬时]起动灯
18.engine cut-off velocity发动机停车瞬时速度
相关短句/例句

instantaneous speed瞬时转速
1.The Research on the Application of Fault Diagnosis of Diesel Engine Using Instantaneous Speed and Torsional Vibration Signals;利用瞬时转速和扭振信号诊断柴油机故障的应用研究
2.The measuring & diagnosing instrument of the Stirling engine based on instantaneous speed is introduced.主要介绍了热气机瞬时转速监测诊断仪的开发,对热气机不同状态下的瞬时转速进行了测量和分析。
3.Through measuring the voltage variation of the speed sensor on the WD615 diesel engine,the instantaneous speed signal can be gained and is processed with the sliding mean method of digital filter.通过测量WD615柴油机转速传感器接头电压的变化情况获得瞬时转速信号,采用滑动平均数字滤波方法对瞬时转速进行信号处理,进而实现汽车发动机不解体情况下的断油故障的诊断,并对发动机各缸的动力均衡性和总体动力均衡性做出评价。
3)instantaneous angular speed瞬时转速
1.The measuring system of the Stirling engine based on instantaneous angular speed is introduced.主要介绍了热气机瞬时转速测试系统,进行了瞬时转速信号的测量、处理和分析研究,提出了热气机故障诊断的特征参数,并给出了诊断实例。
2.The instantaneous angular speeds are also measuredand analyzed in laboratory.根据柴油机的动力学和运动学,建立了柴油机瞬时转速的计算模型,在L abV IEW软件开发平台上开发了仿真计算软件,进行了柴油机瞬时转速的仿真计算与分析。
4)Transient rotational speed瞬时转速
1.Developing Transient Rotational Speed Measuring System of Internal Combustion Engine Based on C8051F Microcontroller;基于C8051F系列单片机的内燃机瞬时转速测量系统开发
5)the method of Instantaneous speed瞬时转速法
6)transient speed of I.C. Engines内燃机瞬时转速
1.In this paper, based on the analysis of measurement of transient speed of I.为此,从分析内燃机瞬时转速的测量原理入手,论述了内燃机瞬时转速的测量现状及存在的不足,并通过实验把AT89C51单片机应用于内燃机瞬时转速的测量中,实现了数据的存储与发送,满足了不同的瞬时转速的测量要求。
延伸阅读

RSCG01-5000管式超高温瞬时(UHT)杀菌机
应用:应用于乳品、果汁或茶等流体物料,在管式热交换器中对物料进行超高温瞬时杀菌处理(UHT)。工作原理:该设备为全自动设备,其运行操作可以分为以下四个步骤:1.设备预杀菌2.物料杀菌3.无菌中间清洗4.最终清洗在正式生产前,设备在高压下进行30分钟的热水循环,以完成对设备物料通道的预杀菌处理,随后,将设备逐步冷却到生产温度,然后进入待料状态。当下游设备(包装机、无菌罐等)准备就绪后,即可进行生产(物料杀菌)。每个生产周期结束后,都要用碱液或酸液对系统进行清洗。在设备的设计中采用了再生热交换技术,提高热传输效率,节约能源。设备组成及技术指标:由物料桶、输送泵、管式换热器、保持器、过热水系统、CIP清洗系统及控制系统等组成。操作系统采用图象式人机对话操作界面,便于随时直观地掌握设备各组件的运行状态;控制系统对设备进行温度实时控制、采集和存储。