论文部分内容阅读
在束晕 混沌的小波函数控制已实现的基础上 ,给出了一种形式更为简单的小波函数控制器 ,并研究了束晕 混沌的多周期间隔反馈控制方法 .以控制初始条件遵从Kapchinshij Vladimirskij分布的离子束为例进行模拟 ,结果表明 ,通过适当选择间隔的周期数和小波控制器的控制参数 ,仍能很有效地对束晕 混沌进行控制 ,并能达到消除束晕及其再生现象的理想结果 .研究结果可望为实用强流加速器的研制提供有价值的参考
Based on the realization of the beam-halo-chaotic wavelet function control, a simpler form of the wavelet function controller is given and the multi-period interval feedback control method of the beam-halo chaos is studied. The initial conditions are controlled according to Kapchinshij Vladimirskij Distributed ion beam as an example, the simulation results show that the halo and chaos can be effectively controlled by properly selecting the number of intervals and the control parameters of the wavelet controller, and the beam halo and its regeneration can be eliminated The results are expected to provide a valuable reference for the development of practical high-velocity accelerator