rotor flux

Through the BP algorithm to adjust the weights of the neural network to adjust the error of the reference model and the adjustable model of the rotor flux.

通过BP算法调整神经网络权值，从而调整参考模型与可调模型的转子磁链误差。

Two torque estimate methods based on this nonlinear model are proposed: one method estimates torque value by current and rotor position, and the other one estimates torque by current and flux linkage.

在所建立模型的基础上设计了两种转矩估计器：一种通过电流和转子位置计算转矩，另一种则根据电流和磁链来估计转矩。

The proposed scheme estimates stator flux from stator currents and rotor position.

该方法从转子的位置信息和定子电流预测定子的磁链。

The aerodynamic optimization of a transonic fan rotor was implemented by controlling the BVF ( boundary vorticity flux) distribution on rotor blade. A novel objective function of torque associated with BVF was used to optimize the blade configuration.

将加功量作为目标函数并结合边界涡量流BVF（Boundary Vorticity Flux）这个诊断因子，对某高性能跨声风扇转子进行了优化。

The system designed stably tracks the reference rotor flux without rotor flux feedback.

所设计的系统无须转子磁链反馈即能稳定跟踪转子磁链的参考值.

Research on Identification of Rotor Time Constant Based on Adaptive Flux Observer

基于自适应磁通观测器的感应电动机转子时间常数辨识研究

An Improved Rotor Flux Estimation Model Based on Stator Voltages and Currents

一种改进的电压型转子磁链估计模型

this paper provides a kind of the plan, which optimized enery control with the aid of the rotor flux linkage control realization asynchronous machine energy based on the asynchronous machine dynamic performance model.

从感应电机的动态模型出发，提出了一种借助转子磁链控制实现感应电机能量优化的控制方案。

This paper investigates the rotor flux estimator which replace integrators with two lag circuits. The experimental results indicate good speed responses.

通过用二个延迟回路的转子磁通推算器代替积分器，实验结果表明具有良好的响应特性。

Slip Frequency Correction Method Base on Rotor Flux q Axis Component for Induction Machine Indirect Vector Control System

基于转子磁链q轴分量的异步电机间接矢量控制转差频率校正

Based on the idea of optimal slip frequency control the strategy combines the idea of rotor flux oriented vector control and decoupled control for rapid torque response with optimal slip frequency control for minimum loss.

该策略依据最优滑差频率的控制思想，结合转子磁链定向的矢量控制和磁链解耦控制，以实现兼顾效率的高性能转矩控制。