Observation of a Synchro-betatron Instability in Fermilab Booster

M. BalcewiczFermi National Accelerator Laboratory, J. EldredFermi National Accelerator Laboratory
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Abstract

In preparation for PIP-II, there has been interest in running the Fermilab Booster at a higher current more indicative of the PIP-II era operation. In July 2023, an experiment was performed to study collective instabilities over the transition crossing at the Fermilab Booster. Over the transition crossing, the synchrotron tune becomes small and synchro-betatron instabilities become possible. During the experiment, an intensity threshold was observed, above which a dipole instability with losses concentrated in the tail of the bunch. These losses are consistent with the Convective Instability.
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费米实验室助推器中的同步-重子不稳定性观测
在为 PIP-II 做准备的过程中,人们对费米实验室增压器以更大的电流运行产生了兴趣,这更能反映 PIP-II 时代的运行情况。2023 年 7 月,费米实验室增压器进行了一次实验,研究过渡交叉点上的集体不稳定性。在过渡交叉点上,同步加速器的调谐变得很小,同步-重子不稳定性成为可能。在实验过程中,观测到了一个强度阈值,在此阈值之上会出现偶极不稳定性,损失集中在束尾。
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