1) halo-chaos
束晕-混沌
1.
Control high-intensity beam halo-chaos VIA POWER-FUNCTION FEEDBACK METHOD;
强流束晕-混沌的幂函数反馈控制法
2.
Control of beam halo-chaos by self-adaptive controlling;
强流加速器中束晕-混沌的自适应控制
3.
Simulation study on single particle in controlling halo-chaos;
束晕-混沌控制中的粒子跟踪模拟研究
2) beam halo-chaos
束晕-混沌
1.
The method can be used to effectively control the beam halo-chaos.
根据束晕-混沌控制策略方法,利用具有非线性、收敛性的抽样函数构造控制器,对初始条件遵从K-V 分布的离子束进行了控制研究。
2.
The ratio of the numbers of ions outside the match radius to the total ion numbers,not root-mean-square radius or others,is selected as variable to simulate the control of beam halo-chaos in high intensity accelerator.
文章改变以往习惯于以离子束均方根半径等为控制变量的束晕-混沌模拟控制方法,取匹配半径外离子数与总离子数之比为控制变量,并构造一对数函数控制器,以进行束晕-混沌控制的模拟研究。
3.
The physics of beam halo-chaos and its controlling methods are summarized , and some problems unsolved and outlooks are offered in this paper.
本文在综述强流离子直线加速器中束晕-混沌的形成机制和控制方法概况,并对束晕-混沌复杂理论研究存在的问题和发展动向做了简要总结与展望的基础上,主要做了以下两方面的工作。
3) halo-chaos control
束晕混沌控制
4) synchronization and control of halo-chaos
束晕混沌的同步与控制
5) chaotic light beam
混沌光束
1.
Based on an ideal micro-model provided for chaotic light beam,light distribution and visibility of Young s interfenrece fringes of chaotic light beam were derived by using statistical method.
提出了混沌光的一种理想的微观模型,在此基础上运用统计方法推出了混沌光束杨氏干涉条纹的强度空间分布及可见度,给出了一幅从微观到宏观的清晰物理图像。
6) beam halo
束晕
1.
The results show that the formation of the beam halo is also a main reason of the beam losses, but the mechanism here is different from that in a linear accelerator.
结果表明,束晕的形成和发展同样也是强流回旋加速器中束流损失的一个主要原因。
2.
The result shows that the deformation of the bunch and the formation of beam halo also take place in a cyclotron.
模拟结果表明 ,束团的形变、束晕现象同样发生在回旋加速器中 ,不过 ,其产生机制不同于直线加速器 。
3.
The results show that the formation of the beam halo is also a main reason of the beam losses, but the mechanism here is different from that in a linear accelerator.
结果表明 ,束晕的形成和发展同样也是强流旋加速器中束流损失的一个主要原因 。
补充资料：晕晕沉沉
1.形容眩晕而神志不清。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条