强重离子束辐照圆柱靶的摆振系统应用的若干问题

H. Barminova, E. Suleymenov
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引用次数: 0

摘要

重离子束可用于物质的极端状态产生,形成的光束线必须满足一定的光束特性和聚焦在目标上的位置要求。提出了空心离子束形成的原始方法,即摆动系统,将束流能量沉积在圆柱形目标上[1]。摆振偏转频率的不一致导致了对实验要求的不良违背。本文给出了仿真结果,表明在固定光束几何形状的情况下,频率漂移会导致目标辐照的对称性破坏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On some problem of wobbler system application for cylindrical target irradiation by means of an intense heavy ion beam
Heavy ion beam may be used for the matter extreme state creation, a forming beamline must satisfy to certain requirements on beam characteristics and focus position at the target. The original method of hollow ion beam formation, namely wobbler system, was proposed to deposit the beam energy at cylindrical target [1]. The disagreement of wobbler deflector frequencies leads to undesirable violation of experiment requirements. In the paper presented the results of simulation are described that show the symmetry violation of the target irradiation caused by the frequency shift while the fixed beamline geometry.
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