针对这一问题，提出了利用可编程计算机控制器(PCC)控制磁滞测功机实现串行通信加载的方法，并设计了一新型负载特性模拟实验系统。
Aimed at this problem, a method of serial communication loading on HAD which is controlled by PCC (programmable computer controller) was proposed, and a novel experimental system was designed.
本文介绍了基于磁滞测功机的电机转矩转速模糊控制系统。
The paper introduces a Fuzzy Control System of the motor's speed and torque based on Hysteresis Dynamometer.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
A water temperature control system for applications of magnetostrictive material is introduced, based on the logic rule control algorithm.
研究了电磁斥力驱动的控制算法与减小磁滞影响的“抗磁滞”驱动方法，获得了良好的驱动效果。
Studied the control algorithms in the mode of electromagnetic repulsion. Developed the anti-hysteresis method in voltage control and achieved good effect by using the method.
但是，由于GMM存在非线性、磁滞回等特性，普通的PID控制会出现超调量大、调节时间长等问题。
Nonlinearity is also the instinct characteristic of GMM, which will cause overshot and long settling time in normal PID control.
本文对MR阻尼器的固有特性磁滞效应对控制效果的影响进行了研究。
Magnetic hysteresis is the intrinsic characteristic of MR dampers, which will have more serious effect on the performance of MR dampers.
结果表明，基于磁流变阻尼器的时滞半主动控制与主动控制具有相近的控制效果。
Simulation results for semi-active control, in compared with those for active control, indicate that both the active and semi-active control have good results.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
This paper describes the constant temperature controlling system of cooling water in the PET cyclotron, including its design principle, structure, method and features.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
This paper describes the constant temperature controlling system of cooling water in the PET cyclotron, including its design principle, structure, method and features.
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