2007 - 2009 Precision measurement of hyperfine structure of atoms with unstable nuclei immersed in superfluid helium for the investigation of nuclear structure
2008 - 2008 Optical pumping of Al and In atoms in superfluid helium
2004 - 2005 超流動ヘリウム中での不安定核原子のレーザー光ポンピングと核構造研究への応用
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Papers (23)：
Iida S, Kuma S, Kuriyama M, Furukawa T, Kusunoki M, Tanuma H, Hansen K, Shiromaru H, Azuma T. IR-photon quenching of delayed electron detachment from hot pentacene anions. Physical Review A. 2021. 104. 4. 043114-01-043114-11
Ichikawa Y, Nishibata H, Tsunoda Y, Takamine A, Imamura K, Fujita T, Sato T, Momiyama S, Shimizu Y, Ahn D-S, et al. Interplay between nuclear shell evolution and shape deformation revealed by the magnetic moment of 75Cu. Nature Physics. 2019. 15. 321-325
Kono N, Suzuki R, Furukawa T†, Matsumoto J, Tanuma H, Shiromaru H, Azuma T, Hansen K. Electronic and vibrational radiative cooling of the small carbon clusters C4- and C6-. Physical Review A. 2018. 98. 6. 063434-1-063434-7
Chen F-Q, Kono N, Suzuki R, Furukawa T†, Tanuma H, Ferrari P, Azuma T, Matsumoto J, Shiromaru H, Zhaunerchyk V, et al. Radiative cooling of cationic carbon clusters, CN+, N = 8, 10, 13-16. Physical Chemistry Chemical Physics. 2018. 21. 3. 1587-1596
Imamura K, Matsuo Y, Kobayashi W, Egami T, Sanjo M, Takamine A, Fujita T, Tominaga D, Nakamura Y, Furukawa T†, et al. Absolute optical absorption cross-section measurement of Rb atoms injected into superfluid helium using energetic ion beams. Applied Physics Express. 2018. 12. 1. 016502-1-016502-5
Development of the trapped ion mobility spectrometry for the separation of structural isomers of carbon cluster anions C<SUB>10</SUB><SUP>-</SUP>
(2022)
Detection of recurrent fluorescence from cationic and anionic carbon clusters
(2022)
Production of iso-A/q mass reference ions for a multi-reflection time-of-flight mass spectrograph
(2022)
Development of the iso-A/q mass reference ion source for precision mass measurement of transuranium nuclei by a multi-reflection time-of-flight mass spectrograph.
(2022)
