空间矢量解耦,vector space decomposition
1)vector space decomposition空间矢量解耦
1.The mathematical models of dual three phase induction machine in stationary reference frame were obtained,using the concept ofvector space decomposition with loss of one stator winding excitation set.采用空间矢量解耦的方法将定子缺相的双三相异步电机在静止坐标系d-q子空间中等效为一个不对称的两相电机,借助于进一步的等效转换,得到在旋转同步坐标系d-q子空间中的对称两相电机。
英文短句/例句
1.Research on Simulation for Dual Three Phase Induction Machine Using the Concept of Vector Space Decoupling采用空间矢量解耦的双三相异步电动机仿真研究
2.This paper describes a control strategy for current-source space vector PWM, and the decoupling control of PWM rectifier.文章采用电流空间矢量PWM调制方法,对脉冲整流器进行解耦控制。
3.Existence of Solutions for Systems of Generalized Vector Quasi-Equilibrium Problems in FC-SpacesFC-空间内广义矢量拟平衡问题组解的存在性
plex vector space复矢量空间; 复数域上的向量空间; 复向量空间
5.Voltage Decoupling Control Approach and its Application in Sensorless Vector Control System标量解耦在无传感器矢量控制系统中的应用
6.Decoupled Control of Traction Force and Normal Force in Linear Induction Motor Drive直线电机推力与垂向力解耦的矢量控制研究
7.Design of the Reciprocal Power-fed Test Platform of Metro Traction Based on Vector Control with Deviation Decouple基于偏差解耦矢量控制的地铁牵引试验台设计
8.Intelligent Controller Design Based on Vector Decoupled Clouds Model基于解耦矢量云模型的智能控制器设计
9.Study of AC Asynchronous Motor Voltage-decoupled Vector Control System Based on DSP基于DSP交流异步电机电压解耦矢量控制
10.Derivation process of relationship between magnetic motive force space vector and current space vector in induction motors感应电机中磁动势空间矢量与电流空间矢量关系式的推导
11.SVPWM Strategy for Three-Level Inverter Based on SVPWM Strategyfor Two-Level Inverter一种完全基于两电平空间矢量调制的三电平空间矢量调制算法
12.Research on PWM Rectifier Based on the Space Voltage Vector;基于空间电压矢量的PWM整流器的研究
13.Study of Space-Vector PWM Algorithm Used in D-STATCOM;空间矢量PWM算法在D-STATCOM中的应用研究
14.Research on Inverter of Space Vector Based on DSP;基于DSP的空间矢量变频器的研制
15.Study of Three-Phase Voltage SVPWM Rectifier;三相电压型空间矢量PWM整流器的研究
16.The Research on Space Vector Modulation Technology of Multi-level Inverter;多电平逆变器空间矢量调制技术研究
17.Research of WebGIS Based on Spatial Vector Data基于空间矢量数据内插的WebGIS系统研究
18.Research on 3-phase PWM Rectifier Based on Hysteresis SVPWM基于滞环空间矢量三相PWM整流器研究
相关短句/例句
vector decouple矢量解耦
3)vector decoupled解耦矢量
1.In order to improve the issues in designing fuzzy logic controllers,an intelligent control method usingvector decoupled clouds model is proposed.为了解决设计模糊逻辑控制器中的一些问题,提出一种采用解耦矢量云模型的智能控制方法。
4)space vector空间矢量
1.Simulation study ofspace vector pulse width modulation based on PSCAD/EMTDC;基于PSCAD/EMTDC的空间矢量PWM仿真研究
2.A method for detecting stator winding faults in induction motors based onspace vector;基于空间矢量法的感应电机定子线圈故障检测方法研究
3.Design of matrix variable frequency power source with DSP-basedspace vector modulation;基于DSP空间矢量控制的矩阵变频电源设计
5)vector space矢量空间
1.A publicly verifiablevector space secret sharing scheme;一种可验证的矢量空间动态密钥共享方案
2.Research on the group clustering method based onvector space;基于矢量空间的群体聚类方法研究
3.Secure distributed signcryption scheme based onvector space基于矢量空间的安全分布式签密方案
6)space-vector空间矢量
1.The Conception of Time-phasor and Space-vector and its Application;时间相量、空间矢量的概念及应用
2.A novel simplifiedspace-vector pulse width modulation(SVPWM) method is implied to simplify thespace-vector diagram of a three-level inverter into that of a two-level inverter,all the procedures for the three-level SVPWM are done like conventional two-level inverter.采用新型电压空间矢量脉宽调制算法对三电平逆变器的电压空间矢量平面进行简化,将其电压空间矢量平面简化至两电平空间矢量平面,使用两电平逆变器脉宽调制方法对三电平逆变器进行调制,简化了中点电位平衡控制策略。
3.According to the concept ofspace-vector,the method to deal with system coupling variables is analyzed in detail.采用空间矢量的概念,对系统耦合量的处理方式进行了详细分析。
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。
