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arXiv 0910.2131physics.acc-phphysics.comp-ph
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μ子对撞机的六维冷却模拟

Six-Dimensional Cooling Simulations for the Muon Collider

Pavel Snopok, Gail Hanson

摘要:

基于RFOFO环概念的两个冷却通道被考虑和模拟。其中之一是RFOFO螺旋,也被称为古根海姆。通道的螺旋形状解决了注入和提取问题以及吸收器过热问题。磁场中的RF击穿的问题在所谓的开放腔冷却通道晶格中解决,该开放腔冷却通道晶格在RF腔的虹膜中具有磁性线圈。这两个通道的跟踪研究的细节,并比较原始RFOFO冷却环设计的性能。

英文摘要:

The two cooling channels based on the RFOFO ring concept are considered and simulated. One of them is the RFOFO helix, also known as the Guggenheim. The helical shape of the channel resolves the injection and extraction issues as well as the absorber overheating issue. The issue of the RF breakdown in the magnetic field is addressed in the so-called open cavity cooling channel lattice with magnetic coils in the irises of the RF cavities. The details of the tracking studies of both channels are presented and compared to the performance of the original RFOFO cooling ring design.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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