CAJ | 학술논문

磁铁电源是加速器的重要组成部分。该设计以磁铁电源为控制对象，并提出了基于 PSO 的磁铁电源 LQR控制器的设计。首先，利用现代控制理论建立了磁铁电源的状态空间模型，而后采用粒子群算法对磁铁电源 LQR控制器加权矩阵进行了优化，以保证能够为加速器快速地提供所需的磁场。仿真结果表明，该课题所采用的方法能够满足系统输出快速响应的要求，各项指标优于传统方法所得到的结果。
자철전원시가속기적중요조성부분。해설계이자철전원위공제대상，병제출료기우 PSO 적자철전원 LQR공제기적설계。수선，이용현대공제이론건립료자철전원적상태공간모형，이후채용입자군산법대자철전원 LQR공제기가권구진진행료우화，이보증능구위가속기쾌속지제공소수적자장。방진결과표명，해과제소채용적방법능구만족계통수출쾌속향응적요구，각항지표우우전통방법소득도적결과。
The magnet power supply of the accelerator is an important part of this proj ect.In this design,the magnet power supply of accelerator is taken as the control obj ect,and the design of LQR controller of magnet power supply is proposed based on PSO.The state-space model of the magnet power supply is established,then PSO algorithm is used for the weight matrices optimiza-tion of LQR controller in order to ensure that the magnet power supply can quickly provide a magnetic field required by the heavy ion accelerator.The experimental results indicate that the method can meet the requirements of fast response of the system’s output,and each control index is obviously superior to the traditional method for LQR control.