"穂坂綱一,南崎開,土田明代,谷内一史,小田切丈,前田卓郎,北島昌史,河内宣之","解離性2電子励起過程と1電子励起過程のどちらが起こりやすいか？-100eV電子-NH<sub>3</sub>衝突における角度分解実験-","第11回分子科学討論会",,,,,,2017,Sept.
"Kouichi Hosaka,Kai Minamizaki,Toshinori Tsuchida,Kazufumi Yachi,Takeshi Odagiri,Takuro Maeda,Masashi Kitajima,Noriyuki Kouchi","Domination of dissociative double-electron excitation over dissociative single-electron excitation in electron collisions with NH<sub>3</sub>",,"Physical Review A","American Physical Society","Vol. 96","No. 1","  012706",2017,July
"Kouichi Hosaka,Kai Minamizaki,Toshinori Tsuchida,Kazufumi Yachi,Takeshi Odagiri,Takuro Maeda,Masashi Kitajima,Noriyuki Kouchi","The role of the electron correlation in the double electron excitation of NH<sub>3</sub> in electron collisions as studied by the angle-resolved electron-photon coincidence measurements","The 33rd Symposium on Chemical Kinetics and Dynamics","Book of Abstracts , The 33rd Symposium on Chemical Kinetics and Dynamics",,,,,2017,June
"南崎開,穂坂綱一,土田明代,谷内一史,小田切丈,北島昌史,河内宣之","解離性一電子励起に対する二電子励起の促進：NH3の光子標識付き角度分解電子衝突実験","日本物理学会 第72回年次大会",,,,,,2017,Mar.
"Toshinori Tsuchida,Takeshi Odagiri,Risa Ishikawa,Kazufumi Yachi,Keisuke Shigemura,Ohno, Naruhito,Kouichi Hosaka,Masashi KITAJIMA,NORIYUKI KOUCHI","Doubly excited states of water as studied by electron energy loss spectroscopy in coincidence with detecting Lyman-alpha photons",,"Journal of Physics B-Atomic Molecular and Optical Physics",,"Vol. 44","No. 17","pp. 175207-1-6",2011,Aug.
"Lisa Ishikawa,Takeshi Odagiri,Kazufumi Yachi,Naruhito Ohno,Toshinori Tsuchida,Masashi Kitajima,Noriyuki Kouchi","Doubly excited states of H<sub>2</sub> as studied by angle-resolved electron energy loss spectroscopy in coincidence with detecting Lyman-α photons",,"Journal of Physics B: Atomic, Molecular and Optical Physics",,"Vol. 44","No. 6","pp. 65203-1-8",2011,Feb.
"Kazufumi Yachi,Takeshi Odagiri,Lisa Ishikawa,Tomoharu Nakazato,Toshinori Tsuchida,Naruhito Ohno,Masashi Kitajima,Noriyuki Kouchi","Differential cross sections for the dissociative single and double excitations resulting in H(2p) formation in electron?CH<sub>4</sub> collisions at 80 eV incident electron energy",,"Journal of Physics B: Atomic, Molecular and Optical Physics",,"Vol. 43","No. 15","pp. 155208-1- 10",2010,July