电磁驱动

电磁驱动型MEMS安全保险装置关键技术研究

The Core Technology Research of MEMS Safety Device Driven by Electromagnetic Field

电磁驱动的引信MEMS解除保险机构

Electromagnetic Actuated Fuze MEMS S & A Mechanism

绘制了发动机不同负荷工况下电磁驱动配气机构最优进气门关闭角的MAP图。

Finally the MAP diagram of optimal valve close angle driven by electromagnetic actuated valvetrain under different engine working conditions is drawn .

设计和采用MEMS工艺技术制作了一种由电磁驱动的微量取样执行器。

A micro sampling actuator driven by electromagnetic force is designed and fabricated by MEMS technology .

讨论电磁驱动的异步问题，证明线圈的运动速度V小于磁场的运动速度VB。

This paper discusses the problem of asynchronism in electromagnetically driving and proves that the coil velocity is lower than the magnetic field velocity .

结构振动的电磁驱动AMD系统控制策略与试验

Control Strategies and Experiments of the Electromagnetic Mass Damper Control System for Structural Vibration

电磁驱动AMD系统控制结构地震响应的振动台试验

Shaking table tests of electromagnetic mass damper system for control of structural seismic response

提出了利用电磁驱动机理优点的双稳态射频微电子机械系统（RFMEMS）开关结构形式。

A novel bistable radio-frequency ( RF ) micro-electro-mechanical systems ( MEMS ) switch utilizing the advantages of electromagnetic actuation was presented .

新型电磁驱动AMD控制系统的建模与性能试验

Modeling and dynamical testing of an innovative electro-magnetic active mass driver control system for structural vibration

此双稳态机构可与电磁驱动、电热驱动和静电驱动等类型的微驱动器联用构成永磁双稳态MEMS微继电器。

With electromagnetic , electrothermal , and electrostatic micro actuators , this bistable structure can be applied to permanent magnet bistable MEMS relay .

结合可变气门电磁驱动控制的具体实现过程，对SoPC环境下的IP核复用，基于Nios软硬件协同的技术进行了具体讨论。

The Nios based hardware / software codesign and IP reuse under SoPC are concerned through an implementation of Electromagnetic Valve Actuation .

采用电磁驱动的传统设计方法与CAE相结合，确定了电磁铁结构、尺寸和线圈参数，其中铁芯由E型硅钢片堆叠而成。

The structure of the electromagnet and the parameters of the coil are determined by combining conventional design and CAE for electromagnetic actuation , and the electromagnetic core is piled up with E-shaped Si-iron plates .

在MATLAB／Simulink中建立了电磁驱动进气门的工作模型，通过动态仿真修正了初始设计方案，并研究了电压与进气压力等因素对气门动态性能的影响。

Performance of designed electromagnet valve is evaluated in MATLAB / Simulink where realistic model is built and affection of input voltage and injection pressure on valve dynamic performance are also presented by model .

其次，提出了基于极点配置控制算法的电磁驱动AMD系统控制策略，给出了理想的极点配置控制区域。

Then , the new control strategy for the EMD system based on pole assignment control algorithm was proposed , and the ideal pole locations were also given .

其次，设计了电磁驱动AMD控制系统基于极点配置控制算法的试验控制策略和状态观测器，通过数值分析验证了状态观测器估计结果的准确性；

Then , active control strategies as well as state observers were designed using the pole assignment algorithm , afterwards the observing accuracy was verified through simulation comparisons .

提出了一种新型的结构振动控制系统&电磁驱动AMD控制系统的概念，试制开发了小型电磁驱动AMD控制系统，研究了系统的理论建模并进行了性能试验。

An innovative structural vibration control system , the electro-magnetic active mass driver ( EAMD ) control system was put forward and fabricated , and some related theoretical modelings and dynamical tests were conducted .

对系统进行了大量开环控制模式下的性能试验，试验结果表明，电磁驱动AMD控制系统在结构振动控制所关心的频率范围内，力-电关系是近似线性的。

A series of performance tests under open-loop mode were carried out to examine the dynamic properties of the system , and the test results showed that the system was nearly linearly working under small voltages and low frequencies .

本文在此前一系列有关新型电磁驱动AMD控制系统力学建模、性能试验和控制策略研究的基础上，进行了结构地震响应控制的小型振动台试验研究。

Based on the previous theoretical modeling , series dynamical tests and control strategies of the innovative electromagnetic mass damper ( EMD ) control system , the shaking table tests of the structural seismic response control using EMD were studied in this paper .

结果表明：在额定工况下，落棒时间小于1s；可移动线圈电磁驱动机构的快速落棒性能完全符合研究堆运行的设计要求。

Analysis of the variations of the scram time shows that in each case , the scram time is less than 1 s and that the electromagnetic movable coil control rod drive mechanism functions in accord with the reactor design .

提出了结构振动的新型电磁驱动AMD控制系统，基于极点配置控制算法的控制策略，进行了结构模型地震响应控制的小型振动台试验，验证了所提控制策略的有效性。

In this paper , a new control strategy based on pole assignment algorithm was proposed for structural vibration control using the innovative Electromagnetic Mass Damper ( EMD ) control system . Besides , the effectiveness of this control strategy has also been experimentally verified through shaking table tests .

记录器：直接阅读，永久性密封电磁驱动标准。

Register : straight reading , permanently sealed magnetic drive standard .

电磁驱动的固定弦振动的理论分析

Theoretical analysis for stationary vibration of a metal string driven electromagnetically

不同流速下电磁驱动控制棒的落棒特性

Scram of electromagnetic control rod drive mechanism with various flow velocities

设计了一种具有自锁功能，可实现数字化的电磁驱动可调光衰减器。

A digitalized variable optical attenuator with self-locking function is designed .

控制棒可移动线圈电磁驱动机构线圈刚度实验

Rigidity Experiment on Coil-Moveable Electromagnetic Drive Mechanism for Reactor Control Rod

一种基于电磁驱动技术的环形控制器

The Design of A Circular Controller Based on Electromagnetic Drive Technology

电磁驱动熔体流动与枝晶变形断裂模拟

Simulation of electromagnetic force driven melt flow and fracture of dendrites

电磁驱动气门机构控制策略初探

Initial Investigation into the Control Strategy for Electromagnetic Valve Actuation

一种微小型电磁驱动流体控制阀的研究

Research on a Miniature Valve Driven by an Electromagnetic Actuator

电磁驱动固体套筒的内爆

Implosion of Solid Liner Driven by Electro - magnetic Force