1) Halo intensity
束晕强度
2) corona intensity
电晕强度
1.
Accordingly,the influence of corona intensity on the trap characteristics of HTV silicone rubber was investigated.
为此,采用热刺激电流(TSC)技术对HTV硅橡胶在不同电晕强度老化后的陷阱特性进行了系统的试验研究,同时观测了硅橡胶在相应老化阶段表面形态的变化。
3) corona field intensity
电晕场强度
4) 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 。
5) halo
[英]['heɪləʊ] [美]['helo]
束晕
1.
Based on Poincare-Lyapunov theo rem and using qualitative analysis, we propose nonlinear feedback functions to r ealize control of beam halo-chaos.
基于 Poincare-Lyapunov定理 ,应用定性分析 ,提出用非线性反馈法实现对束晕 -混沌的控制。
2.
It shows the controlling information can control the beam halo-chaos effectively,and its result is as good as other controller.
采用来自局部区域内的控制信息和对数函数控制器对初始分布为K-V分布的离子束进行束晕-混沌的模拟控制。
3.
The simulations show that the beam halo-chaos can be controlled effectively by delayed self-controlling feedback which contains the information of the chaotic system.
模拟研究表明 ,运用延迟反馈法 ,利用混沌系统自身的信息可实现束晕—混沌的有效控制 。
6) peak corona intensity
峰值电晕强度
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