Present status of J-PARC MUSE
Present status of J-PARC MUSE
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J-PARC MUSE现状
DOI：
10.1088/1742-6596/2462/1/012033
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发表时间：
2023
期刊：
影响因子：
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通讯作者：
Ito T
中科院分区：
文献类型：
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作者：
Shimomura K;Koda A;Pant A D;Natori H;Fujimori H;Umegaki I;Nakamura J;Tampo M;Kawamura N;Teshima N;Strasser P;Kadono R;Iwai R;Matoba S;Nishimura S;Kanda S;Takeshita S;Yuasa T;Yamazaki T;Miyake Y;Kobayashi Y;Oishi Y;Nagatani Y;Ikedo Y;Higemoto W;Ito T
在J-PARC缪斯，从2017年的会议到2022财年，该设施已经有了几项新的发展，包括在表面µ子光束线S线上完成了一个新的实验区S2，以及第一个到H线H1区的µ子束提取，主要是为了进行高统计量的基础物理实验。几项新的研究也在进行中，例如将负Muon无损元素分析应用于D线D2区小行星Ryugu返回的样品分析。本文报道了MUSE的最新进展。
At J-PARC MUSE, since the µSR2017 conference and up to FY2022, there have been several new developments at the facility, including the completion of a new experimental area S2 at the surface muon beamline S-line and the first muon beam extraction to the H1 area in the H-line, mainly to carry out high-statistics fundamental physics experiments. Several new studies are also underway, such as applying negative muon non-destructive elemental analysis to the analysis of samples returned from the asteroid Ryugu in the D2 area of the D-line. This paper reports on the latest status of MUSE.