1.
Simulation and Experimental Research on a Hydraulic Exciter with Rotating Valve Control Differential Effect Cylinder
旋转阀控差动缸式液压激振器仿真与实验研究
2.
The Excited Waveform Analysis of the Electrohydraulic Vibrator Based on 2D Valve;
2D阀控缸电液激振器激振波形研究
3.
Research on Intelligent Monitor and Fault Diagnosis System of Mould Hydraulic Oscillation Based on Virtual Instrument;
基于VI的激振结晶器液压系统智能监控与故障诊断系统研究
4.
Research on Hydraulic Quiver System and Shock Absorption by Accumulator;
液压振动台网管谐振分析及其蓄能器减振研究
5.
Parameters Design of Hydraulic Straight-line Exciting System
液压直线激振系统的参数设计与计算
6.
Characteristic Simulation of Hydraulic Damper and Its Parametric Design;
液压减振器特性仿真及其参数化设计
7.
Modeling and Simulation of Train Hydraulic Damper Based on AMESim
基于AMESim的列车液压减振器建模与仿真
8.
The Research on Mechanism of the Super-Frequency Hydraulic Vibrator and Static Press Bearing;
超高频液压振动器及静压轴承机理的研究
9.
Analysis of Influence Factors of Gas Force in Dual-tube Hydraulic Gas-changed Shock Absorber
双筒液压充气减振器背压影响因素分析
10.
Development and Design of Polarized Laser Acupuncture Equipment Based on Liquid Crystal Modulator;
基于液晶调制器的偏振激光针灸治疗仪的研制
11.
The molecular sensor based on surface plasmon resonance tuned with liquid crystal
利用液晶调制表面等离激元共振的分子传感器
12.
Study on Output Waveforms of an Electro-hydraulic Vibration Exciter under Actions of Typical Waveforms
典型波形作用下电液激振器输出波形研究
13.
Influence of Temperature Variation on the Performance of Hydraulic Shock Absorber
温度变化对液压减振器性能影响的研究
14.
Simulating Calculation and Analysis of Resistance Characteristics of Hydraulic Absorber for Car
轿车液压减振器阻力特性模拟计算及分析
15.
Simulation & Control Strategy Research of the Hydraulic Vibration System for Crystallizer;
结晶器液压振动系统仿真及其控制策略研究
16.
Research of Control System for Continuous Casting Mould Oscillation Driven by Hydraulic Servo;
连铸结晶器液压伺服振动控制系统研究
17.
Manufacture on Electrical Control System for the Electro-Hydraulic Proportional Test-Bed of Absorber;
电液比例油压减振器试验台电气控制系统研制
18.
Research about Servo Controller of the Hydraulic Pressure Vibration System and It s DSP Implementation;
液压振动系统的伺服控制器研究及其DSP实现