"Haonan LIU,Ryuichi ISODA,Marina DOI,Koichiro MUTO,Shinji ANDO","Pressure-Induced Enhancement of Room-Temperature Phosphorescence in Heavy Halogen-Containing Imide and Polyimide",,"Journal of Physical Chemistry B","American Chemical Society",,,,2024,July
"Liangkang YU,Hiroka YAMAMATSU,Ryuichi ISODA,Haonan LIU,Shinji ANDO","Photophysical Properties of Thianthrene-Containing Imide Compounds and Polyimides under High Pressure up to 8 GPa","2024 Itnl.Polyimide Conf Beijing","2024 Itnl.Polyimide Conf Beijing",,"Vol. 1",,"p. 75",2024,June
"Liangkang YU,Hiroka YAMAMATSU,Ryuichi ISODA,Haonan LIU,Shinji ANDO","Correlation between the Photophysical Properties and Structural Changes of Thianthrene-Containing Imide Compound and Polyimide Generated by High Pressure","高分子学会","高分子学会予稿集",,"Vol. 73","No. 1","p. 1J25",2024,June
"Haonan Liu,Hiroka Yamamatsu,Ryuichi Isoda,Megumi Matsuda,Naoki Matsuda,Tomoya Higashihara,Shinji Ando","Changes in Stereo-structures and Optical Properties of Thianthrene-containing Imide and Polyimide Induced by Photoexcitation and High Pressure","第72回 高分子討論会","Polymer preprints, Japan",,"Vol. 72","No. 2",,2023,Sept.
"Haonan LIU,Hiroka YAMAMATSU,Ryuichi ISODA,Megumi  MATSUDA,Naoki MATSUDA,Tomoya HIGASHIHARA,Shinji ANDO","Photoexcitation and High Pressure-Induced Stereostructural Changes and Optical Properties of Polyimide with a Thianthrene Backbone","高分子学会","高分子学会予稿集",,"Vol. 72","No. 2","p. 3ESB01",2023,Sept.
"礒田 隆一,武藤 江一朗,土井 真里奈,石毛 亮平,安藤 慎治","二重発光を示す含臭素ポリイミドの高圧下における光物理過程の解析",,"ポリイミド最近の進歩2023","日本ポリイミド・芳香族系高分子会議 編","Vol. 30",,"pp. 29-32",2023,June
"安藤 悠花,礒田 隆一,土井 真里奈,石毛 亮平,安藤 慎治","励起状態プロトン移動により赤色蛍光を示すチオール基含有イミド化合物の設計と光学特性","高分子学会","高分子学会予稿集",,"Vol. 72","No. 1","p. 1G10",2023,May
"礒田 隆一,土井 真里奈,石毛 亮平,安藤 慎治","燐光性含臭素イミド化合物およびポリイミドの高圧下における光物理過程の解析","高分子学会","高分子学会予稿集",,"Vol. 72","No. 1","p. 1G19",2023,May
"礒田 隆一,土井 真里奈,武藤 江一朗,石毛 亮平,安藤 慎治","二重発光を示す含臭素ポリイミドの高圧下における光物理過程の解析","日本ポリイミド・芳香族系高分子会議","日本ポリイミド・芳香族系高分子会議要旨集",,"Vol. 30","No. 1","p. P2",2022,Dec.
"礒田 隆一,武藤 江一朗,土井 真里奈,石毛 亮平,安藤 慎治","燐光発光を示す含臭素イミド化合物およびポリイミドの圧力誘起発光増強現象の解明","高分子学会","高分子学会予稿集",,"Vol. 71","No. 2","p. 3O06",2022,Sept.
"Ryuichi ISODA,Koichiro MUTO,Marina DOI,Ryohei ISHIGE,Shinji ANDO","Pressure-Induced Enhancement of Phosphoresce from Bromine-Containing Imide Compound and Polyimide","Polycondensation 2022","Polycondensation 2022",,"Vol. 1","No. 1","p. P06",2022,Sept.
"Ryuichi ISODA,Koichiro MUTO,Marina DOI,Ryohei ISHIGE,Shinji ANDO","Pressure-Induced Enhancement of Phosphoresce from Bromine-Containing Imide Compound and Polyimide","13th Multidisciplinary International Student Workshop",,,"Vol. 13","No. 1","p. A1-2",2022,Aug.
"礒田 隆一,土井 真里奈,武藤 江一朗,石毛 亮平,安藤 慎治","含臭素ポリイミドの高圧誘起燐光発光における光物理過程の解析",,"ポリイミド最近の進歩2022","ポリイミド研究会編, 繊維工業技術振興会","Vol. 29",,,2022,June
"Ryuichi ISODA,Koichiro MUTO,Marina DOI,Ryohei ISHIGE,Shinji ANDO","Analysis of Phosphorescence Enhancement of Bromine-Containing Phosphorescent Polyimides under High Pressure","高分子学会","高分子学会予稿集",,"Vol. 71","No. 1","p. 1K10",2022,May
"伊藤 有哉,礒田 隆一,石毛 亮平,安藤 慎治","含窒素複素環を有するイミド化合物の超高圧下における発光挙動の解析","日本ポリイミド・芳香族系高分子会議",,"日本ポリイミド・芳香族系高分子会議","Vol. 29",,,2021,Dec.
"礒田 隆一,武藤 江一朗,土井 真里奈,石毛 亮平,安藤 慎治","含臭素ポリイミドの高圧誘起燐光発光における光物理過程の解析","日本ポリイミド・芳香族系高分子会議","日本ポリイミド・芳香族系高分子会議要旨集","日本ポリイミド・芳香族系高分子会議","Vol. 29",,,2021,Dec.
"Ryuichi ISODA,Koichiro MUTO,Marina DOI,Ryohei ISHIGE,Shinji ANDO","Observation and Analysis of High Pressure-Enhanced Luminescence of Phosphorescent Bromine-Containing Imide Compounds and Polyimides","高分子学会",,"高分子学会","Vol. 70","No. 2","p. 1ESA11",2021,Sept.
"礒田 隆一,武藤 江一朗,土井 真里奈,石毛 亮平,安藤 慎治","燐光性含臭素ポリイミドの高圧印加による凝集状態と発光特性変化の相関解析","高分子学会","高分子学会予稿集","高分子学会","Vol. 70","No. 1","p. 1G08",2021,May
"礒田 隆一,土井 真里奈,武藤 江一朗,石毛 亮平,安藤 慎治","超高圧実験に基づく臭素化ポリイミドの凝集状態と発光特性の相関解析","日本ポリイミド・芳香族系高分子会議","日本ポリイミド・芳香族系高分子会議要旨集",,"Vol. 28","No. 1","p. P18",2020,Dec.
"Ryuichi ISODA,Marina DOI,Koichiro MUTO,Ryohei ISHIGE,Shinji ANDO","Pressure induced variations in optical properties of brominated imide compound and polyimide","3rd G'L'owing Polymer Symposium in KANTO","3rd G'L'owing Polymer Symposium in KANTO",,"Vol. 3","No. 1","p. 112",2020,Nov.