"Shinji ANDO,Kenji SEKIGUCHI,Masashi MIZOROKI,Tomohiro OKADA,Ryohei ISHIGE","Anisotropic Linear and Volumetric Thermal‐Expansion Behaviors of Self‐Standing Polyimide Films Analyzed by Thermomechanical Analysis (TMA) and Optical Interferometry",,"Macromolecular Chemistry and Physics","Wiley","Volume 219","  Issue 3","pp. 1-10",2017,Oct.
"Kenji SEKIGUCHI,Kazuhiro TAKIZAWA,Shinji ANDO","Thermal Expansion Behavior of the Ordered Domain in Polyimide Films Investigated by Variable Temperature WAXD Measurements",,"J. Photopolym. Sci. Technol.","The society of photopolymer science and technology","Vol. 26","No. 3","pp. 327-332",2013,June
"Kenji Sekiguchi,Kazuhiro Takizawa,Shinji Ando","Thermal Expansion Behavior of the Ordered Domain in Polyimide Films Investigated by Variable Temperature WAXD Measurements",,"Journal of Photopolymer Science and Technology","The Society of Photopolymer Science and Technology","Vol. 26","No. 3","p. 327-332",2013,June
"岡田 朋大,溝呂木 将,関口 健治,安藤 慎治","ポリイミド薄膜の体積熱膨張挙動における分子鎖の凝集状態と局所運動性の相関","高分子学会","高分子学会予稿集",,"Vol. 62","No. 1","p. 700",2013,June
"Kenji SEKIGUCHI,Kazuhiro TAKIZAWA,Shinji ANDO",""Thermal Expansion Behavior of the Ordered Domain in Polyimide Films Investigated by Variable Temperature WAXD Measurements","J. Photopolym. Sci. Technol.","J. Photopolym. Sci. Technol.",,"Vol. 26","No. 3","pp. 327-332",2013,June
"Shinji ANDO,Masashi MIZOROKI,Kenji SEKIGUCHI","Volumetric Thermal Expansion Behaviors of Polyimide Films Analyzed by Optical Interferometry and VT Refractive Index Measurement","Int'l. Symp. Adv. Org. Photonics (ISAOP-12, Naha, Japan)","Prep. Int'l. Symp. Adv. Org. Photonics (ISAOP-12)",,"Vol. 12",,"p. 19",2012,Dec.
"滝沢 和宏,脇田 潤史,関口 健治,安藤 慎治","全フッ素化酸二無水物由来の高蛍光性半芳香族ポリイミドの超高圧下での光学特性と凝集状態の相関",,"ポリイミド最近の進歩2012","ポリイミド研究会編, 繊維工業技術振興会",,,"pp. 125-128",2012,Aug.
"Kazuhiro TAKIZAWA,Junji WAKITA,Kenji SEKIGUCHI,Shinji ANDO","Variations in Aggregation Structures and Fluorescence Properties of a Semialiphatic Fluorinated Polyimide Induced by Very High Pressure",,"Macromolecules","American chemical society","Vol. 45","  Issue 11","pp. 4764-4771",2012,June
"滝沢 和宏,脇田 潤史,関口 健治,安藤 慎治","全フッ素化酸二無水物由来の高蛍光性半芳香族ポリイミドの超高圧下での光学特性と凝集状態の相関","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. 19",,"p. 22",2011,Nov.
"関口 健治,滝沢 和宏,下坂 鷹典,谷本 瑞香,安藤 慎治","広角Ｘ線回折法を用いたポリイミド薄膜の秩序領域における熱膨張挙動の解析 [II]",,"ポリイミド最近の進歩2011",,"Vol. 2011",,"  36-39",2011,Aug.
"岡田 朋大,村上 公也,関口 健治,安藤 慎治","遠赤外領域におけるポリイミド薄膜の振動構造解析","高分子学会","高分子学会予稿集",,"Vol. 60","No. 1","p. 990",2011,May
"関口 健治,安藤 慎治","ポリイミド薄膜の熱膨張挙動と分子鎖の配向状態及び局所運動性の相関","高分子学会","高分子学会予稿集",,"Vol. 60","No. 1","p. 665",2011,May
"関口 健治,滝沢 和宏,下坂 鷹典,谷本 瑞香,安藤 慎治","広角Ｘ線回折法を用いたポリイミド薄膜の秩序領域における熱膨張挙動の解析 [II]","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. 18","No. 1","p. 9",2010,Nov.
"滝沢 和宏,脇田 潤史,莇 昌平,関口 健治,撹上 将規,増永 啓康,安藤 慎治","高圧／超高圧印加によるポリイミド薄膜の光学物性／秩序構造変化と凝集状態",,"ポリイミド最近の進歩2010","ポリイミド研究会編, 繊維工業技術振興会",,,,2010,July
"関口 健治,滝沢 和宏,下坂 鷹典,安藤 慎治","広角Ｘ線回折法を用いたポリイミド薄膜の秩序領域における熱膨張挙動の解析","高分子学会","高分子学会予稿集","高分子学会","Vol. 59","No. 1",,2010,May
"Kenji SEKIGUCHI,Shinji ANDO","Temperature Dependences of Refractive Indices and Thickness of Polyimide Thin Films Measured by Optical Interferometry","3rd AOTULE Postgraduate Symposium","3rd AOTULE Postgraduate Symposium",,,,,2009,Dec.
"安藤 慎治,滝沢 和宏,莇 昌平,関口 健治,撹上 将規,脇田 潤史,増永 啓康","高圧／超高圧印加によるポリイミド薄膜の光学物性／秩序構造変化と凝集状態","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. 17","No. 2","pp. 6-7",2009,Dec.
"関口 健治,安藤 慎治","光干渉法により測定したポリイミド薄膜における屈折率と膜厚の温度変化[?]","高分子学会","高分子学会予稿集","高分子学会","Vol. 58","No. 2","pp. 3009-3010",2009,Sept.
"滝沢 和宏,関口 健治,撹上 将規,脇田 潤史,安藤 慎治","超高圧印加により誘起されるポリイミド薄膜の秩序構造変化","高分子学会","高分子学会予稿集","高分子学会","Vol. 58","No. 2","pp. 3531-3532",2009,Sept.
"Kenji SEKIGUCHI,Shinji ANDO","Temperature Dependences of Refractive Indices and Thickness of Polyimide Thin Films Measured by Optical Interferometry","Multidisciplinary International Student Workshop 2009","Multidisciplinary International Student Workshop 2009 (Tokyo, Japan)",,"Vol. 1","No. 1",,2009,Aug.
"関口 健治,安藤 慎治","光干渉法により測定したポリイミド薄膜における屈折率と膜厚の温度変化","高分子学会","高分子学会予稿集",,"Vol. 58","No. 1","pp. 1422",2009,June