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Beam commissioning and operation of the J-PARC main ring synchrotron

机译:J-PARC主环同步加速器的光束调试和操作

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The slow cycling main ring synchrotron (MR) is located the furthest downstream in the J-PARC accelerator cascade. It became available for user operation in 2009 and provides high-intensity 30?GeV proton beams for various experiments on particle and nuclear physics. The MR has two beam extraction systems: a fast extraction system for beam delivery to the neutrino beam line of the Tokai-to-Kamioka (T2K) experiment and a slow extraction system for beam delivery to the hadron experimental hall. After a nine-month beam shutdown during the recovery from the Great East Japan Earthquake, the J-PARC facility resumed beam operation in December 2011. The MR delivers a 160–200?kW beam to the T2K experiment and a 3.5–6?kW beam to users in the hadron experimental hall. In this paper, a brief review of the MR and the recent status of beam operation are presented. Near-future plans for a beam intensity upgrade are also discussed.
机译:慢循环主环同步加速器(MR)位于J-PARC加速器级联的最下游。它于2009年开始供用户使用,并提供高强度30?GeV质子束,用于各种粒子和核物理实验。 MR具有两个射束提取系统:用于将射束传输到东海至上冈(T2K)实验的中微子束线的快速提取系统,以及用于将射束传输到强子实验室的慢速提取系统。在从东日本大地震中恢复后的9个月光束关闭后,J-PARC设施于2011年12月恢复了光束运行。MR向T2K实验提供了160–200?kW的光束和3.5–6?kW的光束在强子实验大厅向用户发送光束。在本文中,对MR进行了简要回顾,并介绍了光束操作的最新状态。还讨论了光束强度升级的近期计划。

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