1)  Decoupling~+
解耦+
2)  uncoupling
解耦
1.
The steady-state temperature distribution in the rolling tire is predicted with finite element method according to the uncoupling idea.
进行了转鼓试验下滚动轮胎稳态温度场的测试;采用试验与计算相结合的方法验证了轮胎在转鼓试验中的实际滚动状态为自由滚动状态;根据解耦+的分析思想,进行了转鼓试验下滚动轮胎稳态温度场的有限元分析。
2.
The method calculates the parameters of suspension system by obtaining the inherent frequency and uncoupling.
发动机悬置系统对降低整车振动和噪声有显著影响,为得到满意的悬置系统特性,在设计时往往需要对悬置参数进行多次修改;文章通过求解悬置系统固有频率以及能量解耦+方法进行悬置参数计算,并应用Matlab对轻卡悬置系统模态及能量解耦+进行计算,在此基础上应用Adamas软件进行优化,在实际应用中取得了良好的效果。
3)  decoupling
解耦
1.
An optimal decoupling control system based on a linearized dynamic model applicable to tandem cold rolling mills;
基于线性化动态模型的冷连轧最优解耦+控制系统
2.
The design of a practical headbox neural network decoupling control system;
流浆箱神经网络解耦+控制系统的设计
3.
Application of nonlinear decoupling to the control of a three-phase separator of crude oil, natural gas and water;
非线性解耦+控制在油气水三相分离器控制中的应用
4)  decouple
解耦
1.
Study on decoupled control of three-phase four-leg inverter with space vector based current regulator;
基于空间矢量电流调节器的三相四桥臂逆变器的解耦+控制研究
2.
Control of model-following variable structures for a class of able-decoupled MIMO systems;
一类可解耦+MIMO系统的模型跟随变结构控制
3.
The Decouple Control in the Secondary Torque-loading System;
二次调节扭矩加载系统解耦+控制
5)  decoupled
解耦
1.
Research on decoupled micromachined gyroscope;
一种解耦+的微机械陀螺研究
2.
Design and Simulation of 2-Decoupled and 2-DOF Micromachined Gyroscope;
解耦+双自由度微机械陀螺的设计与仿真
3.
On the basis of analyzing function principle and control strategy of VSC SMES,a current decoupled coordinating control method based on two phase synchronized rotation reference frame is presented.
在分析电压源型超导储能装置工作原理及控制策略的基础上,提出了一种在两相同步旋转坐标系下的电流解耦+协调控制方法。
6)  Coupling
解耦
1.
A new adaptive control method is applied to every incompletely decoupled subsystem,then remains of coupling and nonlinear influence can be resolved by adaptive principle robustness.
本文对航空发动机的双变量控制方法进行了研究 ,提出了一种非理想解耦+自适应控制方法 ,各子系统之间部分残余的相互耦合和非线性影响就通过自适应律本身的鲁棒性来解决。
2.
Circulation in boiler in fluidized bed each distribute by parameter, variable coupling close tightly, when become by target of controlling which not prolonging by non-linear one, because structure its very complicated, influence factor that its combu.
本文提出多变量神经元网络控制器,将其应用于循环流化床燃烧控制,使神经网络和PID控制规律相结合,用于对强耦合多变量时延系统进行解耦+控制。
3.
Through profound study of coupling relationship between gyroscope scale factor and its input axis misalignment,an uncouple principle was proposed and a precise mathematic model was established.
本文通过研究测试时陀螺刻度因子与安装误差的耦合关系,提出了解耦+测试原理,建立了严格的数学模型,实现了解耦+
参考词条
补充资料:串接解耦控制
分子式:
CAS号:

性质:当控制系统间存在关联时,可通过串接解耦装置来实现控制系统间的解耦。它是在控制器输出端与执行器输入端之间,串接入解耦装置D(s)。只要设计D(s)能使其与被控对象特性G(s)的乘积G(s)D(s)成为对角矩阵,就解除了系统间耦合,控制回路之间不再关联。串联解耦控制又称对角矩阵解耦方法。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。