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Formation and structure of MuOH in ice studied by muon spin rotation
Physical Review B ( IF 3.2 ) Pub Date : 2024-09-11 , DOI: 10.1103/physrevb.110.104104 Amba Datt Pant 1, 2 , Akihiro Koda 1, 2 , Burkhard Geil 3 , Katsuhiko Ishida 1, 2 , Rajendra Adhikari 4 , Kazuaki Kuwahata 5 , Masanori Tachikawa 5 , Koichiro Shimomura 1, 2
Physical Review B ( IF 3.2 ) Pub Date : 2024-09-11 , DOI: 10.1103/physrevb.110.104104 Amba Datt Pant 1, 2 , Akihiro Koda 1, 2 , Burkhard Geil 3 , Katsuhiko Ishida 1, 2 , Rajendra Adhikari 4 , Kazuaki Kuwahata 5 , Masanori Tachikawa 5 , Koichiro Shimomura 1, 2
Affiliation
The behavior of muons in water and ice is investigated by measuring spin rotation and relaxation of positive muons in water at 140–300 K, where we successfully observe oscillation in the zero-field spectra of muons in ice. The oscillation is attributed to the spin–dipole interactions between the muon in and neighboring protons and to hyperfine transitions of triplet states of axially symmetric anisotropic muonium in ice. The distance in exceeds the H–H distance in by 5% in ice.
中文翻译:
通过μ子自旋旋转研究冰中MuOH的形成和结构
通过测量 140-300 K 水中正 μ 子的自旋旋转和弛豫来研究 μ 子在水和冰中的行为,我们成功地观察到了冰中 μ 子零场光谱的振荡。振荡归因于μ子之间的自旋偶极子相互作用 和邻近的质子以及冰中轴对称各向异性锷三重态的超精细跃迁。这 距离在 超过 H-H 距离 在冰中减少 5%。
更新日期:2024-09-11
中文翻译:
通过μ子自旋旋转研究冰中MuOH的形成和结构
通过测量 140-300 K 水中正 μ 子的自旋旋转和弛豫来研究 μ 子在水和冰中的行为,我们成功地观察到了冰中 μ 子零场光谱的振荡。振荡归因于μ子之间的自旋偶极子相互作用 和邻近的质子以及冰中轴对称各向异性锷三重态的超精细跃迁。这 距离在 超过 H-H 距离 在冰中减少 5%。