A new passive electromagnetic damper worked with DC without control is developed.
提出了一种无须控制、采用直流电工作的被动式电磁阻尼器。
The torque-speed characteristic of an electromagnetic damper affects the energy absorption and dissipation.
电磁阻尼器的力矩特性直接影响它对能量的吸收和耗散。
The vibration characteristics of a rotor system with passive electromagnetic damper under different current are studied experimentally.
通过实验研究了该阻尼器通以不同电流时对转子系统瞬态和稳态振动的抑振效果。
Based on the gray-related analysis, a gray-related control scheme was proposed for a rotor system with an electromagnetic damper for the first time.
将灰色关联控制理论应用于转子系统的振动主动控制，设计了转子系统振动的灰色关联控制方案。
Electromagnetic damper as the actuator, using the digital PID control and sliding mode control of the vibration control system is presented in paper.
本文提出采用电磁阻尼器作为控制振动的执行器，选用数字PID控制器和变结构滑模控制器，使得控制系统具有更好的稳定性和方便性。
A new passive electromagnetic damper worked with DC is proposed. Experiments and theory for vibration control of rotor system by passive electromagnetic damper are introduced.
设计了一种新型的被动式电磁阻尼器，其采用直流稳压电源供电，无需控制。
For simply and reliably improving the rotor's stability and suppressing the resonant vibration around the first critical speed, a new passive electromagnetic damper was proposed.
为了简单可靠地增加转子系统的稳定性、抑制转子的共振振峰，提出一种新型的被动式电磁阻尼器。
The electromagnetic damper studied in this paper belongs to a special kind of coreless generator, which is used for the energy absorption and dissipation in order to weaken vibration.
本文研究的电磁阻尼器是一种特殊结构的空心杯发电机，它主要用于对能量的吸收和耗散，达到减振消能的目的，是具有很高单位耗能的能量吸收元件。
Through the electromagnetic numerical simulation, it carried out the study of the correlation on the magnetic design and the performance of MR damper.
通过对磁流变阻尼器的电磁学数值模拟，研究了磁路设计与磁流变阻尼器性能的相关性。
The electromagnetic device which is the base of voltage divider is made up of intermediate transformer compensation reactor and damper.
电磁装置由中间变压器、补偿电抗器和阻尼器组成，作为分压器底座。
The electromagnetic device which is the base of voltage divider is made up of intermediate transformer, compensation reactor and damper.
电磁装置由中间变压器、补偿电抗器和阻尼器组成，作为分压器底座。
The electromagnetic device which is the base of voltage divider is made up of intermediate transformer, compensation reactor and damper.
电磁装置由中间变压器、补偿电抗器和阻尼器组成，作为分压器底座。
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