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Commissioning run of the long-baseline neutrino oscillation experiment at the 12-GeV KEK-PS

机译:12 GeV KEK-PS上的长基线中微子振荡实验的调试运行

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A prompt report for the commissioning run of the long-baseline neutrino oscillation experiments is presented. Improvement of the KEK-PS main ring has been performed for recent years in order to prepare the long-baseline neutrino oscillation experiment. Intensity upgrade studies and the hardware improvements result in a factor of 50% increase in the beam intensity to 5-6/spl times/10/sup 12/ ppp up to now. It depends on the reduction of the micro-instability at the crossing of the transition energy and the fine tuning of the closed orbit distortion and so on. The neutrino oscillation experiment requests the fast extraction. It needs to construct the fast kicker magnet system, consists of the 12.5 ohm kicker magnets and Blumlein power supplies, and to re-construct the septum magnets and some other equipment. These works have been under going during a long shut down, which was scheduled for the preparation and construction of the neutrino oscillation experiments facility until January, 1999. The switching of the fast extraction and the slow extraction will be possible without the evacuation of the equipment in order to serve the beam for the multi-users as effective as possible. The prompt results of the commissioning run, which will start at the end of January 1999, and the performance of the KEK-PS main ring are presented.
机译:给出了有关长基线中微子振荡实验的调试运行的即时报告。为了准备长基线中微子振荡实验,近年来对KEK-PS主环进行了改进。强度升级研究和硬件改进导致到目前为止,光束强度增加了50%,达到5-6 / spl次/ 10 / sup 12 / ppp。这取决于过渡能量相交处的微不稳定性的减小和闭合轨道畸变的微调等。中微子振荡实验要求快速提取。它需要构建由12.5欧姆的跳动磁体和Blumlein电源组成的快速跳动磁体系统,并需要重新构造隔垫磁体和其他设备。这些工作长期处于关闭状态,原定于1999年1月之前准备中微子振荡实验设备的准备和建设。在不撤离设备的情况下,可以快速切换抽气和慢速抽气的操作。为了尽可能多地为多用户提供光束。介绍了将于1999年1月底开始试运行的迅速结果,并介绍了KEK-PS主环的性能。

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