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SIMULATIONS OF ELECTRON CLOUD EFFECTS ON THE BEAM DYNAMICS FOR THE FNAL MAIN INJECTOR UPGRADE

机译:对最终主喷射器升级的光束动力学模拟电子云效应

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The Fermilab main injector (MI) is being considered for an upgrade as part of the high intensity neutrino source (HINS) effort. This upgrade will involve a significant increasing of the bunch intensity relative to its present value. Such an increase will place the MI in a regime in which electron-cloud effects are expected to become important. We have used the electrostatic particle-in-cell code WARP, recently augmented with new modeling capabilities and simulation techniques, to study the dynamics of beam-electron cloud interaction. This work in progress involves a systematic assessment of beam instabilities due to the presence of electron clouds.
机译:作为高强度中微子源(HUN)努力的一部分,正在考虑FERMILAB主喷射器(MI)进行升级。此升级将涉及相对于其现值的束强度的显着增加。这样的增加将在预期电子云效应变得重要的状态下放置MI。我们已经使用了静电粒子码码,最近通过新的建模能力和仿真技术进行了增强,研究了光束 - 电子云相互作用的动态。这项工作中的工作涉及由于电子云的存在,对光束稳定性的系统评估。

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