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atoms (J-PARC E03, E07 and future)山本 剛史; 藤田 真奈美; 後神 利志*; 原田 健志*; 早川 修平*; 細見 健二; 市川 裕大; 石川 勇二*; 鎌田 健人*; 叶内 萌香*; et al.
EPJ Web of Conferences, 271, p.03001_1 - 03001_5, 2022/11
X-ray spectroscopy of hadronic atoms give us various information on the strong interaction between hadrons and nuclei. At J-PARC, we are aiming for the world-first detection of the X rays from atoms with a doubly strange hyperon, . Recently, two experiments, J-PARC E07 and J-PARC E03, have been performed for the detection of X rays from atoms. Overview and status of these measurements will be presented. We will also discuss future plan of X-ray spectroscopy on -atoms, which can be performed together with high resolution hyper nuclear spectroscopy using newly constructed S-2S spectrometer. Preparation status will be shown in this contribution.
-hypernuclei at J-PARC; Results and perspective小池 武志*; 長谷川 勝一; 早川 修平*; 細見 健二; 市川 裕大; 今井 憲一; 佐甲 博之; 佐藤 進; 杉村 仁志; 田村 裕和; et al.
AIP Conference Proceedings 2130, p.020011_1 - 020011_9, 2019/07
被引用回数：2 パーセンタイル：72.74(Physics, Nuclear)Experimental results from the J-PARC E13 experiments are summarized. A new experimental set up of E13 has established a platform for the future 
-ray hypernuclear spectroscopy at J-PARC using kaon beams. New rays are identified in 
He and 
F. The energy of 1.406 MeV for the He
transition confirmed a sizable effect of Charge Symmetry Breaking (CSB) in 
interaction in the 
hypernuclear system. The identification of four rays in F is made for the first time in 
shell hypernuclei. Especially, energy spacing of the ground state doublet is found to be 315.5 keV. A good agreement with two theoretical calculations suggests that the theoretical formalism used in 
shell hypernuclei is also applicable to heavier hypernuclei. Lastly, an overview of the future J-PARC E63 experiment is given.
小池 彩華*; 石田 圭輔*; 浜本 貴史*; 三原 守弘
no journal, ,
セメント系材料と地下水が接触した際の状態変遷の評価に用いる反応輸送解析モデルの妥当性確認を目的として、セメント系材料試料を一定期間浸漬した試験の結果とこれを対象とした解析結果との比較を行った。
