电-机械耦联,electromechanical coupling
1)electromechanical coupling电-机械耦联
1.Objective:To assess atrial and ventricularelectromechanical coupling and atrial contraction time by quantitative tissue Doppler imaging.目的:利用定量组织速度成像技术评价正常人心房和心室的电-机械耦联时间和心房的收缩时间。
2)mechanoelectric coupling机械-电耦联
3)Electromechanical system机电耦联
英文短句/例句
1.Research on Torsional Vibration of Fault Operating Generator Set Rotor System with Mechanical and Electrical Interaction;发电机组故障运行机电耦联扭振研究
2.Study on Mechanical and Electrical Vibration of Hydraulic Generator Set in Three Gorges;三峡水轮发电机组机电耦联振荡的研究
3.Research on Electromechanical Coupling Vibration of Hydrogenerator Rotor Systems水轮发电机转子轴系机电耦联振动研究
4.An Improved Dynamic Optimization Method of Particle Swarm Algorithm for Electromechanical Coupling System针对机电耦联系统改进的粒子群动力学优化方法
5.A Dynamic Optimization Method for Electromechanical Coupling System by Exponential Inertia Weight Particle Swarm Algorithm机电耦联系统指数惯性权粒子群动力学优化方法
6.Research for the Electro-mechanical Coupling of the Parallel Mechanism of Virtual Axis Polishing Machine;虚拟轴研抛机床并联机构机电耦合特性的研究
7.Research for the Electro-mechanical Coupling of Series Mechanism of Virtual Axis Polishing Machine;虚拟轴研抛机床串联机构机电耦合特性的研究
8.Research on Generating Set Vibration and Coupled That and Hydropower House Vibration in Hydropower Station;水电站机组振动及其与厂房的耦联振动研究
9.Mechatronic Model Based Controller Design on a High Speed Parallel Manipulator;基于机电耦合动力学模型高速并联机械手控制器设计
10.This paper suggests to use decoupling control method to control boiler? turbine? generator co? generation unit, and gives out decoupling calculation and setting methods for this system.文章提出了热电联产单元机组用解耦控制方法进行控制，给出了解耦运算和整定的方法。
11.Analysis on Hydraulic Coupler and Electric Motor Union Movement Characteristic and Influencing Factors液力耦合器与电动机联合运行的特性及影响因素分析
12.differential coupler差动耦合器-电话机的
13.charge-coupled device camera电荷耦合器件摄影机
14.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
15.Research on Interleaved Boost PFC Converter with Coupled Inductors耦合电感交错并联Boost PFC变换器研究
16.A Compact Dual-passband Filter based on Substrate Integrated Waveguide一种新型的并联电感耦合带通滤波器
17.Design of Coupled Reactors Used for Parallel Circuit Breakers用于并联断路器的紧耦合电抗器设计
18.Simulation and Optimization of Polymer Electro-Optic Double Series-Coupled Microrings Resonator Switches聚合物串联耦合双环电光开关的优化
相关短句/例句
mechanoelectric coupling机械-电耦联
3)Electromechanical system机电耦联
4)mechanical and electrical coupling电机耦联
5)mechanical coupling机械耦合，机械联接
6)electro-methanical coupling电机械藕联
延伸阅读
耦中有耦中国北宋王安石提出的重要哲学命题。出自其《洪范传》。"耦"即"对"，王安石用以表述对立的概念。他认为，宇宙万物是由水、火、木、金、土五种物质元素构成的。五行具有"时"、"位"、"材"、"气"、"性"、"形"、"事"、"情"、"色"、"声"、"臭"、"味"等属性。不同元素的同一属性是两两相对的。如就"位"言，火上而水下；就"性"言，水润而火熯；就"形"言，水平而火锐；就"材"言，火革而金从革。他把这种对立,叫作"五行之为物,其时、其位、其材、其气、其性、其形、其事、其情、其色、其声、其臭、其味，皆各有耦"。他又认为，每一元素的不同性质，如"气"与"味"之间也存在着对立："生物者，气也；成之者，味也。以奇生则成而耦，以耦生则成而奇。寒之气坚，故其味可用以耎；热之气耎，故其味可用以坚。风之气散，故其味可用以收；燥之气收，故其味可用以散。"由于这种对立处于各元素的对立之中，故王安石称之为"耦之中又有耦"。他认为，由于五行"皆各有耦"、"耦之中又有耦"、"万物之变遂至于无穷"。王安石"耦中有耦"的命题，揭示了世界处于无穷无尽矛盾之中的状况，猜测到宇宙万物发展的根本原因。
