推力矢量控制由燃气喷口实现。
控制算法采用矢量控制。
控制算法采用转子磁链观测的矢量控制算法。
Vector Control algorithm based on Rotor Field Oriented is used.
最后给出了矢量控制变频系统调速的结论分析。
In the end, the conclusive analyse of vector control variable-frequency system is presented.
提出了无传感器异步电机矢量控制的一种新方法。
A new vector control method is put forward for asynchronism motor without speed-sensor.
进而分析基于电压运算的三维电动机矢量控制方法。
The vector control methods based on voltage operation are also analysised.
基于矢量控制理论设计了一套全数字变频调速系统。
Based on vector control theory, a fully digital variable speed system is designed.
本文提出一种带有速度推算算法的转差频率矢量控制。
A new slip frequency vector control scheme with speed calculation algorithm is proposed in this paper.
异步电机矢量控制的关键问题在于精确地估计转子磁链。
In vector control of induction motor, the key problem is to estimate rotor flux accurately.
介绍了一种极低速段永磁同步电机无速度传感器矢量控制方法。
A sensorless vector control method for permanent magnet synchronous motor (PMSM) drive at very low speed was presented.
提出一种通过矢量控制和差频控制原理控制的双电机传动系统。
This paper provides both vector control and frequency difference control to modulate the system of double motors transmission.
在同步旋转坐标系下，建立了直线感应电动机的矢量控制数学模型。
The vector control mathematical model of linear induction motor is established under the synchronization reference frame.
转子磁场定向控制是实现高性能交流调速方法——矢量控制的基础。
Rotor field orientation control is the base of high-performance control strategy of AC motor vector control.
本文介绍了采用矢量控制变频器实现对交流传动复卷机的控制方案。
This article introduces a control scheme of AC rewinder which adopts vector strategy transducer to realize.
基于飞轮储能系统里矢量控制的感应电机，建立了系统的数学模型。
A mathematical model of the system was built using a vector-controlled induction machine driving a flywheel.
提出了基于神经元的用于感应电机矢量控制的自适应磁链和转速控制器。
The adaptive flux controller and speed controller based on neuron are presented for the induction motor vector control.
为此我们确定双馈电机调速时的矢量控制策略即转子电流定向的矢量控制。
The paper gives the vector control speed system of the double-fed machine on the rotor current orientation.
考虑到边缘效应和涡流损耗，总结了基于矢量控制的直线感应电机建模方法。
Considering the end effect and the eddy loss, it summarizes the linear induction motor modeling method based on vector control.
针对滑差频率型矢量控制交流调速系统，提出并设计了一种模糊滑模控制器。
A fuzzy sliding mode controller is introduced and designed for an indirect vector control AC speed regulating system.
基于激光推进推力矢量控制，提出、设计并加工了一种三次反射激光聚焦系统。
Based on laser propulsion thrust vector control, a thrice reflecting focus system is put forward, designed and fabricated.
本文研究分析了转差频率型矢量控制和基于无功功率的无速度传感器矢量控制。
In this thesis, a slid frequency vector control system and a speed sensorless vector control system based on reactive power are investigated and analyzed.
结合数学模型，讨论了有关矢量控制的原理和直轴电流最小控制的数字实现方法。
And according to the mathematical model, vector control principle and minimal direct axis current control and its digital realized method were discussed.
本文从感应电机的静态特性出发，分析了通用电压矢量控制变频调速器的制动功能。
Based on the static characteristics of induction motor, this paper analyzes the braking function of general voltage vector controlled frequency converter.
采用工控PC机控制，使矢量控制思想易于实现、工作可靠，系统具有良好的性能。
The vector control can be easily realized and reliable by using industrial PC control. The system has good performance.
本文主要研究三电平逆变器在电压空间矢量控制过程中中性点电压平衡的控制方法。
This paper proposes a new strategy for balancing the neutral point voltage in the process of the three-level inverter vector controlling.
基于变频调速技术和矢量控制原理，设计钢铁行业处理线的交流异步马达的传动方案。
Frequency conversion technology based on vector control theory, design of steel industry processing lines of induction motor driving program.
异步电机矢量控制由于实现了励磁电流和转矩电流的解耦控制而具有优良的动态性能。
By decoupling between the magnetizing current and the torque current, the vector control strategy of induction machines can achieve excellent dynamic performances.
我们采用具有矢量控制功能的LG变频器，可使电机在低速时也能提供满足负载需要的转矩。
We adopt vector control function with LG inverter, can make the motor in the low speed can also provide meet the need of the load torque.
又针对目前存在的问题，研究了基于电压矢量控制的滞环控制系统及方案，其基本内容如下。
Aiming at present problems, the author also studied the hysteresis control system based on voltage vector control and its corresponding scheme.
异步电机无速度传感器矢量控制技术提高了交流传动系统的可靠性，降低了系统的实现成本。
The speed sensorless vector control of induction motor technology enhances the reliability of AC driving system, and reduces the realization cost.
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