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Impedance simulations and measurements on the LHC collimators with embedded beam position monitors

机译:内置波束位置监测器的LHC准直器的阻抗仿真和测量

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The LHC collimation system is a critical element for the safe operation of the LHC machine. The necessity of fast accurate positioning of the collimator's jaws, recently introduced the need to have button beam position monitors directly embedded in the jaws extremities of the LHC tertiary collimators and some secondary collimators. This addition led to a new design of these collimators including ferrites to damp higher order modes instead of rf fingers. In this work we will present the impedance bench measurements and simulations on a TCT (Transverse Tertiary Collimator) prototype including estimations for beam stability for the LHC.
机译:LHC准直系统是LHC机器安全运行的关键要素。快速准直仪的钳口的精确定位的必要性,最近引入了将按钮光束位置监测器直接嵌入LHC第三准直仪和一些二级准直仪的钳口末端的需求。这种添加导致了这些准直器的新设计,包括铁氧体来阻尼高阶模,而不是射频指。在这项工作中,我们将介绍在TCT(横向第三准直仪)原型上进行的阻抗工作台测量和仿真,包括对LHC光束稳定性的估算。

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