令和三年度「短寿命 RI を用いた核分光と核物性研究 Ⅷ」
Proceedings of the Specialists’ Meeting on “Nuclear Spectroscopy and Condensed Matter Physics Using Short-Lived Nuclei Ⅷ”

開催日：2022年1月28日 ( January 28, 2022 )
編集：小林義男、柴田理尋、谷口秋洋
Edited by： Y. Kobayashi, M. Shibata, and A. Taniguchi

Download as one PDF file (KURNS-EKR-16)

目次

1. 超分子シアニド架橋錯体のNi-61メスバウアー分光 / 北澤孝史^1,2、北清航輔¹、上田大生¹、藤本大地¹、新井駿祐¹、小林康浩³、北尾真司³、窪田卓見³、瀬戸誠³（東邦大理¹、東邦大複合物性センター²、京大複合研³）p.1
2. 京大複合研におけるメスバウアー分光の現状と今後への取組 / 北尾真司1、小林康浩1、黒葛真行1、窪田卓見²、田嶋寛介³、山下拓之³、藤原拓³、増田亮⁴、瀬戸誠¹（京大複合研¹、京大環境安全²、京大院理³、弘前大理工⁴）p.6
3. 摂動角相関法によるSrTiO₃中にドープしたCdの局所構造解析 / 小松田沙也加¹、佐藤渉²、谷口秋洋³、谷垣実³、大久保嘉高³（金沢大人社¹、金沢大理工²、京大複合研³）p.10
4. 酸化亜鉛中Inドナーの状態制御 / 佐藤渉^1,2、髙田真宏²、清水弘通²、小松田沙也加³、大久保嘉高⁴（金沢大理工¹、金沢大院自然²、金沢大人社³、京大複合研⁴）p.15
5. Bi置換したYIGのメスバウアースペクトル / 吉田実生¹、渡辺裕夫¹、小林義男^1,2（電通大院¹、理研仁科センター²）p.18
6. メスバウアー分光法によるFe-Ag系シアノ架橋錯体のスピン双安定性の考察 / 北清航輔¹、北澤孝史^1,2（東邦大理¹、東邦大複合物性センター²）p.22
7. Nbをドープした酸化鉄のメスバウアー分光法を用いた研究 / ラフマンハビブル¹、中島覚^1,2（広島大院先進理工¹、広島大N-BARD²）p.27
8. 逆運動学を用いた低エネルギー核反応によるスピン偏極ビーム生成 / 三原基嗣¹、大谷優里花¹、木村容子¹、杉﨑尭人¹、森口哲朗²、矢野朝陽²、冨田啓介²、要直登²、小沢顕²、石山博恒³、福留美樹¹、高山元¹、宇田隆佑¹、湯田秀明¹、福田光順¹、松多健策¹（阪大理¹、筑波大数理物質系²、理研仁科セ³）p.30
9. KUR-ISOLにおけるクローバー検出器を用いた微量核分裂生成物の崩壊核分光実験－¹⁵⁵Prの崩壊γ線探索－ / 入江優香¹、榊原翔馬²、柴田理尋³、谷口秋洋⁴（名大院工¹、名大工²、名大RIセンター³、京大複合研⁴）p.35
10. KISSでのレーザー核分光 / 平山賀一¹、向井もも²、渡辺裕¹、PeterSchury¹、HyunsukChoi³、JunYoungMoon4、橋本尚志⁴、飯村俊²、小柳津充広¹、鄭淳讃¹、庭瀬暁隆⁵、田島美典²、谷口秋洋⁶、和田道治¹、宮武宇也¹（KEK¹、理研²、ソウル国立大³、IBS⁴、日本学術振興会⁵、京大複合研⁶）p.40
11. β-NMR法によるイメージング用プログラムの開発 / 杉崎尭人¹、木村容子¹、高山元¹、田中聖臣²、溝井浩³、三原基嗣¹、福田光順¹、大谷優里花¹、福留美樹¹、田口諒¹、泉川卓司⁴、野口法秀⁵、高津和哉⁵、大坪隆⁵、松多健策¹、北川敦志⁶、佐藤眞二⁶（大阪大理¹、理研²、大阪電通大³、新潟大研究推進機構⁴、新潟大自然⁵、量研機構⁶）p.45
12. μ-SR法とβ-NMR法を用いたH₂O中の窒素の化学状態の研究 / 木村容子¹、三原基嗣¹、松多健策¹、福田光順¹、若林諒¹、大谷優里花¹、福留美樹¹、高山元¹、南園忠則¹、西村太樹²、高橋弘幸²、泉川卓司³、大坪隆⁴、野口法秀⁴、生越瑞揮⁴、佐藤弥紗⁴、高津和哉⁴、百田佐多生⁵、小沢顕⁶、長友傑⁷、北川敦志⁸、佐藤眞二⁸、久保謙哉⁹、下村浩一郎¹⁰、幸田章宏¹⁰、竹下聡史¹⁰（阪大理¹、東京都市大²、新潟大研究推進機構³、新潟大理⁴、高知工科大⁵、筑波大⁶、理研仁科セ⁷、量子科学技術研究開発機構⁸、国際基督教大⁹、高エネ研¹⁰）p.50
13. 短寿命核¹⁹Oを用いた固体酸化物形燃料電池材料Y₂O₃安定化ZrO₂中における酸化物イオン伝導特性の評価 / 大谷優里花¹、三原基嗣¹、松多健策¹、福田光順¹、若林諒¹、沖本直哉¹、福留美樹¹、木村容子¹、髙山元¹、杉崎尭人¹、田口諒¹、泉川卓司²、野口法秀³、生越瑞揮³、佐藤弥紗³、高津和哉³、大坪隆³、西村太樹⁴、髙橋弘幸⁴、菅原奏来⁴、Aleksey Gladkov⁵、石山博恒⁵、北川敦志⁶、佐藤眞二⁶、百田佐多生⁷、奥村寛之⁷、森口哲朗⁸、小沢顕⁸、冨田啓介⁸、要直登⁸、矢野朝陽⁸（阪大理¹、新潟大研究推進機構²、新潟大自然³、東京都市大⁴、理研仁科セ⁵、量研機構⁶、高知工科大⁷、筑波大⁸）p.56
14. βNMRによる物性研究/松多健策（阪大院理）p.61

Contents

1. ⁶¹Ni Mössbauer Spectroscopy for Supramolecular Bridging Cyanide Complexes  /  T. Kitazawa^1,2 , K. Kitase ¹, D. Ueda¹, D. Fujimoto¹, S. Arai ¹, Y. Kobayashi³, S. Kitao³ ,T. Kubota³ , and M. Seto ³ (¹Faculty of Science, Toho University, ²Research Centre for Materials with Integrated Properties, Toho University, ³Institute for Integrated Radiation and Nuclear Science, Kyoto University) p.1
2. Present Status and Future Projects for Mössbauer Spectroscopy at Institute for Integrated Radiation and Nuclear Science, Kyoto University / S. Kitao¹, Y. Kobayashi¹, M. Kurokuzu¹, T. Kubota², H. Tajima³, H. Yamashita^3, T. Fujihara³, R. Masuda⁴ , and M. Seto¹ (¹Institute for Integrated Radiation and Nuclear Science, Kyoto Univ., ²Agency for Health, Safety, and Environment, Kyoto Univ., ³Graduate School of Science, Kyoto Univ., ⁴Faculty of Science and Technology, Hirosaki Univ.) p.6
3. Local Structure of Cadmium Doped SrTiO₃ Studied by Means of the Perturbed Angular Correlation Method / S. Komatsuda¹ , W. Sato² , A. Taniguchi³ , M. Tanigaki³, and Y. Ohkubo³ (¹Institute of Human and Social Sciences, Kanazawa Univ., ²Institute of Science and Engineering, Kanazawa Univ., ³Institute for Integrated Radiation and Nuclear Science, Kyoto Univ. ) p.10
4. Atomic Level Control of Association-Dissociation Behavior of In Donors in ZnO / W. Sato^1,2, M. Takata² , H. Shimizu² , S. Komatsuda³ , and Y. Ohkubo⁴ (¹Institute of Science and Engineering, Kanazawa Univ., ²Graduate School of Natural Science and Technology, Kanazawa Univ., ³Institute of Human and Social Sciences, Kanazawa Univ., ⁴Institute for Integrated Radiation and Nuclear Science, Kyoto Univ. ) p.15
5. Mössbauer spectra of YIG substituted with Bi / M.Yoshida1 , Y. Watanabe¹ , and Y. Kobayashi^{1, 2} (¹ Univ. Electro-Comm., ² RIKEN Nishina Center) p.18
6. Discussion of spin bistability on Fe-Ag-type cyano bridged complex type using Mӧssbauer effect / K. Kitase ¹ , and T. Kitazawa^{1, 2} (¹Faculty of Science, Toho University, ²Research Centre for Materials with Integrated Properties, Toho University) p.222
7. Study on Iron Oxide Doped with Nb Using Mössbauer Spectroscopy  / H. Rahman¹, and S. Nakashima^1,2 (¹Graduate School of Advanced Science and Engineering, Hiroshima Univ., ²Natural Science Center for Basic Research and Development, Hiroshima Univ.) p.27
8. Spin-Polarized Beam Production by Low-Energy Nuclear Reaction Using Inverse Kinematics / M. Mihara¹, Y. Otani¹, Y. Kimura¹, T. Sugisaki¹, T. Moriguchi², A. Yano², K. Tomita², N. Kaname², A. Ozawa², H. Ishiyama³, M. Fukutome¹, G. Takayama¹ , R. Uda¹, H. Yuta¹ , M. Fukuda¹ ,and K. Matsuta¹ (¹Department of Physics, Osaka University, ²Institute of Physics, University of Tsukuba, ³RIKEN Nishina Center for Accelerator-Based Science) p.30
9. β-decay spectroscopy of rare fission products with a 4π clover detector using an Isotope Separator On-Line KUR-ISOL – Search for γ-rays in the decay of ¹⁵⁵Pr / Y. Irie¹ , S. Sakakibara ², M. Shibata³, and A. Taniguchi⁴ (¹Graduate School of Engineering, Nagoya University, ²School of Engineering, Nagoya University, ³Radioisotope Research Center, Nagoya University, ⁴Institute for Integrated Radiation and Nuclear Science, Kyoto University) p.35
10. Laser spectroscopy at KISS / Y. Hirayama¹, M. Mukai², Y.X. Watanabe¹, P. Schury¹, H. Choi³, J.Y. Moon⁴, T. Hashimoto⁴, S. Iimura^2, M. Oyaizu¹, S.C. Jeong¹, T. Niwase⁵, M. Tajima², A. Taniguchi⁶, M. Wada¹, and H. Miyatake¹ (¹Wako Nuclear Science Center (WNSC), Institute of Particle and Nuclear Studies, High Energy Accelerator Research Organization (KEK), ²RIKEN Nishina Center, ³Soul National University, ⁴Rare Isotope Science Project (RISP), Institute of Basic Science (IBS), ⁵Japan Society for the Promotion of Science (JSPS), ⁶Institute for Integrated Radiation and Nuclear Science, Kyoto University (KURNS) p.40
11. Development of a program for MRI by means of beta-NMR method / T. Sugisaki¹ , Y. Kimura¹, G. Takayama ¹ , M. Tanaka², Y. Mizoi³ , M. Mihara ¹, M. Fukuda¹, Y. Otani¹, M. Fukutome¹, R. Taguchi¹, T. Izumikawa⁴, N. Noguchi⁵, K. Takatsu⁵,T. Ohtsubo⁵, K. Matsuta¹, A. Kitagawa⁶, and S. Sato6 (¹Department of Physics, Osaka University, ²RIKEN Nishina Center for Accelerator-Based Science, ³Osaka Electro-Communication University, ⁴Institute for Research Promotion, Niigata University, ⁵Department of Fundamental Sciences, Niigata University, ⁶National Institute for Quantum and Radiological Science and Technology (QST)) p.45
12. Research on the chemical state of nitrogen in H₂O by μ- SR and β-NMR spectroscopy / Y. Kimura1 , M. Mihara1 , K. Matsuta ¹, M. Fukuda¹, R. Wakabayashi¹ , Y. Otani¹ , M. Fukutome ¹,G. Takayama¹ , T. Minamisono¹ , D. Nishimura² , H. Takahashi², T. Izumikawa³, T. Ohtsubo⁴ ,N. Noguchi⁴, M. Ogose ⁴, M. Sato⁴ , K. Takatsu⁴, S. Momota⁵ , A. Ozawa⁶ , T. Nagatomo⁷ , A. Kitagawa ⁸, S. Sato⁸ , M. K. Kubo⁹, K. Shimomura¹⁰, A. Koda¹⁰ , and S. Takeshita¹⁰ (¹Department of Physics, Osaka University, ²Tokyo City University ³Institute for Research Promotion, Niigata University, ⁴Department of Physics, Niigata University, ⁵Kochi University of Technology, ⁶University of Tsukuba, ⁷RIKEN Nishina Center for Accelerator-Based Science, ⁸National Institute for Quantum and Radiological Science and Technology (QST), ⁹International Christian University, ¹⁰KEK) p.50
13. Evaluation of Oxide Ion Conduction Properties in Solid Oxide Fuel Cell Material YSZ Using Short-Lived Nucleus ¹⁹O / Y. Otani¹ , M. Mihara ¹, K. Matsuta¹ , M. Fukuda¹ , R. Wakabayashi¹ , N. Okimoto¹ , M. Fukutome¹, Y. Kimura¹ , G. Takayama¹, T. Izumikawa² , N. Noguchi² , M. Ogose³ , M. Sato³, K. Takatsu³ , T. Ohtsubo³, D. Nishimura⁴ , H. Takahashi⁴, S. Sugawara ⁴, A. Gladkov⁵ , H. Ishiyama⁵ , A. Kitagawa⁶ , S. Sato⁶ ,S. Momota⁷, H. Okumura⁷, T. Moriguchi⁸, A. Ozawa⁸, K. Tomita⁸ , N. Kaname⁸ , and A. Yano⁸ (¹Department of Physics, Osaka University, ²Institute for Research Promotion, Niigata University, ³Graduate School of Science and Technology, Niigata University, ⁴Tokyo City University, ⁵RIKEN Nishina Center for Accelerator-Based Science, ⁶National Institute for Quantum and Radiological Science and Technology (QST), ⁷Kochi University of Technology, ⁸University of Tsukuba) p.56 Solid State Physics Research via β-NMR / K. Matsuta (Department of Physics, Osaka University) p.61