1.
Parameters Identification and Adaptive Synchronization of Uncertain Modified Coupled Dynamos System;
不确定变形耦合发电机系统的参数辨识与自适应同步
2.
Tracking Control of Modified Coupled Dynamos Chaotic System
变形耦合发电机混沌系统的追踪控制
3.
DEFORMATION-COUPLING MODELING METHOD FOR DYNAMICS OF FLEXBLE MECHANICAL SYSTEMS
柔性机械系统动力学的变形耦合方法
4.
Design and Develop of Electromechanical Coupling Integrated Test and Evaluation System
机电耦合综合测评系统的设计与开发
5.
Study on Vibration of Rotor Shaft of Generator Sets and Discontinuous Bifurcations of Network-Generator System;
发电机组转子轴系横扭耦合振动及网机系统不连续分岔研究
6.
Asynchronous motor is a high-order, nonlinear and strong-coupling system of multi-variables.
异步电动机是一个高阶、线性、耦合的多变量系统.
7.
Study on Uncertainty of Piezothermoelasticity Intelligent Plate and Its Vibration Control Using H_∞ Control Law;
热机电耦合压电智能薄板结构不确定性及其H_∞振动控制研究
8.
Deciding the Parameters of the Coupling System Using Lens;
高斯光束的透镜耦合系统参数的确定
9.
Analysis of Electromechanical Coupling Facts and Decoupling Control Strategies for Complex Electromechanical Systems
复杂机电系统机电耦合分析与解耦控制技术
10.
Evaluation of Uncertainty for Determining Results by ICP-AES
电感耦合等离子体发射光谱法测量结果的不确定度评定
11.
Robust control of uncertain piezothermoelasticity intelligent laminated plate with small interval parameters
小区间参数不确定热机电耦合智能薄板的鲁棒控制
12.
Coupling Deformation Effect on Flexible Hub-Beam System
中心刚体-柔性梁系统的耦合变形影响
13.
Pendulum is a unlinear, coupling, variable and natural unsteadiness system.
倒立摆系统是非线性、耦合、变量和自然不稳定的系统。
14.
Inverted pendulum is a typical nonlinear, coupling system.
倒立摆系统是典型的非线性、耦合、变量和自然不稳定的系统。
15.
Electromechanical Coupling Modeling and Analyzing of Elevator Door System
电梯门系统机电耦合建模与仿真分析
16.
Common-mode Current Coupled EMI in AC PWM Systems
变频调速系统共模电流耦合干扰研究
17.
Uncertainty Evaluation on Measurement Results for the Determination of Silver in Free-lead Solder in Electric Apparatus and Toys by Inductively Coupled Plasma-Atomic Emission Spectrometry
电感耦合等离子体发射光谱法测定电子电器和玩具无铅焊锡中银的不确定度评定
18.
Coupled Stability Analysis of the Helicopter's Engine Control System and Mechanical Vibration System Based on LabVIEW
基于LabVIEW的直升机发动机控制—机械扭振系统耦合稳定性分析