Simulations on halo formation in high intensity ion beams

V. Variale, A. Bazzani, T. Clauser, A. Pisent, V. Stagno
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Abstract

Space-charge dominated beams can induce chaotic behavior of particle trajectories leading to halo formation on the beam spot. This causes particle losses along the beam transportation that must be minimized. The fractional losses must be kept below 10/sup -7//m. This is a very low threshold to check with standard multiparticle codes. To study this kind of problems a new particle simulation approach is proposed in this paper in analogy with the single particle to core interaction model which is the most used calculation technique applied in these kind of phenomena.
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高强度离子束中光晕形成的模拟
空间电荷主导的束流可以诱导粒子轨迹的混沌行为,从而在束流点上形成晕。这导致粒子在光束传输过程中的损失必须最小化。分数损耗必须保持在10/sup -7//m以下。这是一个非常低的阈值来检查标准多粒子代码。为了研究这类问题,本文提出了一种新的粒子模拟方法,类似于单粒子-核相互作用模型,这是这类现象中最常用的计算技术。
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