MICE Spectrometer Magnet System Progress
MICE Spectrometer Magnet System Progress
复制标题
MICE 光谱仪磁体系统进展
DOI：
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发表时间：
2007
期刊：
影响因子：
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通讯作者：
S. Virostek
中科院分区：
文献类型：
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作者：
M. Green;S. Virostek
作者：绿色，迈克尔A.;作者：Steve P.|翻译后摘要：μ子电离冷却实验的第一个磁铁将是跟踪器的MICE冷却通道的两端形成的。跟踪器的主要目的是提供一个均匀的4 T磁场（在1米长，直径0.3米的体积内优于± 0.3%）光谱仪磁场，用于分析电离冷却前后通道中的μ子。跟踪器磁体的第二目的是匹配MICE冷却通道的其余部分与均匀场谱仪磁体之间的μ子束。跟踪器螺线管由三个300安培电源供电。光谱仪的额外调谐由一对跨光谱仪磁体端部线圈的50安培电源提供。跟踪器磁体将使用一对4 K脉冲管冷却器进行冷却，每个脉冲管冷却器在4.2 K下提供1.5 W的冷却。跟踪器的最终设计和建造于2006年夏天开始。本报告介绍了建造跟踪器的进展情况。
Author(s): Green, Michael A.; Virostek, Steve P. | Abstract: The first magnets for the muon ionization cooling experiment will be the tracker solenoids that form the ends of the MICE cooling channel. The primary purpose of the tracker solenoids is to provide a uniform 4 T field (to better than +-0.3 percent over a volume that is 1 meter long and 0.3 meters in diameter) spectrometer magnet field for the scintillating fiber detectors that are used to analyze the muons in the channel before and after ionization cooling. A secondary purpose for the tracker magnet is the matching of the muon beam between the rest of the MICE cooling channel and the uniform field spectrometer magnet. The tracker solenoid is powered by three 300 amp power supplies. Additional tuning of the spectrometer is provided by a pair of 50 amp power supplies across the spectrometer magnet end coils. The tracker magnet will be cooled using a pair of 4 K pulse tube coolers that each provide 1.5 W of cooling at 4.2 K. Final design and construction of the tracker solenoids began during the summer of 2006. This report describes the progress made on the construction of the tracker solenoids.