An elementary analysis of coupled-bunch instabilities

K. Hock, A. Wolski
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Abstract

We reconsider the equations of motion of wake field coupled bunches in the light of recent developments in Delay Differential Equations. In the case of uniform resistive wall in a storage ring, we demonstrate an alternative way to characterize the growth modes. For each multibunch Fourier mode, an infinite number of time domain modes can arise from an exact solution of the equation of motion. The growth rate as it is commonly defined corresponds to only one of them. The amplitude of each Fourier mode can therefore evolve with time in a way that is not a simple exponential. This is a result that has been observed in simulations of wake field coupled bunches.
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耦合束不稳定性的初步分析
根据延迟微分方程的最新进展,我们重新考虑了尾流场耦合束的运动方程。在存储环中均匀电阻壁的情况下,我们展示了表征生长模式的另一种方法。对于每一个多束傅里叶模式,可以从运动方程的精确解中产生无限数量的时域模式。通常所定义的增长率只对应于其中的一个。因此,每个傅里叶模式的振幅可以随时间演变,而不是简单的指数。这是在尾流场耦合束的模拟中观察到的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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