"奥田瑞来,増田潤季,秋山みどり,木幡愛,中川慎太郎,柏木王明,杉山徳英,岡添隆","[1.1.1]プロペランとフルオロアルケンの共重合による新規含フッ素ポリマーの合成","第45回フッ素化学討論会",,,,,,2022,Nov.
"奥田瑞来,増田潤季,秋山みどり,木幡愛,中川慎太郎,柏木王明,杉山徳英,岡添隆","[1.1.1]プロペランとフルオロアルケンの共重合による新規含フッ素ポリマーの開発","第71回高分子討論会",,,,,,2022,Sept.
"Yuki Yoneguchi,Hiroaki Kikuchi,Shintaro Nakagawa,Hironori Marubayashi,Takashi Ishizone,Shuichi Nojima,Kazuo Yamaguchi","Combined effects of confinement size and chain-end tethering on the crystallization of poly(ε-caprolactone) chains in nanolamellae",,"Polymer",,"vol. 160",,"page 73-81",2019,Jan.
"K. Kawazu,S. Nakagawa,T. Ishizone,S. Nojima,D. Arai,K. Yamaguchi,S. Nakahama","Effects of bulky end-groups on the crystallization kinetics of poly(e-caprolactone) homopolymers confined in a cylindrical nano domains",,"Macromolecules",,"Vol. 50",,"pp. 7202-7210",2017,Sept.
"Koshun Kawazu,Shintaro Nakagawa,Hironori Marubayashi,Shuichi Nojima","Effects of Bulky End-groups on the Crystallization Rate of Poly(ε-caprolactone) Homopolymers Confined in a Cylindrical Nanodomain",,"Photon Factory Activity Report","High Energy Accelerator Research Organization (KEK)","Vol. 34",,"p. 79",2017,July
"S. Nakagawa,Y. Yoneguchi,T. Ishizone,Shuichi Nojima,K. Yamaguchi,S. Nakahama","Crystal orientation of poly(e-caprolactone) chains confined in lamellar nano domains: Effects of chain-ends tethering to nano domain interfaces",,"Polymer","Elsevier","Vol. 112",,"  116-124",2017,Jan.
"Ryota Kato,Shintaro Nakagawa,Hironori Marubayashi,Shuichi Nojima","Crystallization Kinetics of Poly(e-caprolactone) Blocks Confined in Cylindrical Microdomain Structures: Effects of Confinement Size and Molecular Weight",,"Photon Factory Activity Report","High Energy Accelerator Research Organization (KEK)","Vol. 33",,"p. 186",2016,Aug.
"Ryota Kato,Shintaro Nakagawa,Hironori Marubayashi,Shuichi Nojima","Isothermal Crystallization Kinetics of Poly(ε-caprolactone) Blocks Confined in Cylindrical Microdomain Structures as a Function of Confinement Size and Molecular Weight",,"Macromolecules","American Chemical Society","Vol. 49","No. 16","pp. 5955-5962",2016,Aug.
"S. Nojima,S. Nakagawa,H. Marubayashi","Effects of Chain-end Tethering on the Crystallization Kinetics of Poly(e-caprolactone) Chains Confined in an Identical Nanolamellae (Invited).",,"PF Highlights 2015",,"Vol. 33",,"pp. 18-19",2016,June
"Shintaro Nakagawa","Crystallization of Homopolymers and Block Chains Confined in Nanodomains",,,,,,,2016,Mar.
"Shintaro Nakagawa","Crystallization of Homopolymers and Block Chains Confined in Nanodomains",,,,,,,2016,Mar.
"Shintaro Nakagawa","Crystallization of Homopolymers and Block Chains Confined in Nanodomains",,,,,,,2016,Mar.
"S. Nakagawa,T. Ishizone,S. Nojima,K. Kamimura,K. Yamaguchi,S. Nakahama","Effects of Chain-Ends Tethering on the Crystallization Behavior of Poly(e-caprolactone) Confined in Lamellar Nanodomains",,"Macromolecules","ACS","Vol. 48",,"pp. 7138-7145",2015,Oct.
"中川慎太郎,野島修一,石曽根隆,上村航平,山口和夫,中濱精一","ナノ空間内に拘束された高分子鎖の末端固定による結晶化制御","第64回高分子討論会",,,,,,2015,Sept.
"河津光俊,中川慎太郎,野島修一,石曽根隆,山口和夫,中濱精一","ナノ空間に拘束された高分子鎖の結晶化に及ぼす末端基の効果","第64回高分子討論会",,,,,,2015,Sept.
"S. Nakagawa,S. Nojima","2. Crystallization of Both-ends-tethered, One-end-tethered, and Untethered Polymer Chains Confined in Lamellar Nanodomains.",,"Photon Factory Activity Report 2014","KEK-PF","Vol. 32",,"Page 69",2015,Aug.
"Shintaro Nakagawa,Hironori Marubayashi,Shuichi Nojima","Crystallization of polymer chains confined in nanodomains",,"European Polymer Journal","Elsevier","Vol. 70",,"pp. 262-275",2015,July
"中川 慎太郎,野島 修一,石曽根 隆,上村 航平,山口 和夫,中浜 精一","ナノ空間界面に固定された鎖末端が結晶化に及ぼす影響","第64回高分子学会年次大会","高分子学会予稿集",,"vol. 64","no. 1","  3D04",2015,May
"中川慎太郎,田中匠,野島修一,石曽根隆,上村航平,山口和夫,中濱精一","鎖末端固定がナノ空間内の高分子鎖の結晶化に及ぼす影響","第63回高分子討論会",,,,,,2014,Sept.
"S. Nakagawa,T. Tanaka,T. Ishizone,S. Nojima,K. Kamimura,K. Yamaguchi,S. Nakahama","Crystallization Behavior of Poly(e-caprolactone) Homopolymers Confined in Lamellar Nanodomains",,"POLYMER","Elsevier","Vol. 55",,"pp. 4396-4400",2014,Aug.
"S. Nakagawa,T. Tanaka,S. Nojima","Crystallization of Poly(e-caprolactone) Chains Confined in Lamellar Nanodomains",,"Photon Factory Activity Report 2013","KEK-PF","Vol. 31",,"Page 217",2014,July
"中川慎太郎,田中匠,野島修一,石曽根隆,上村航平,山口和夫,中濱精一","ラメラ状ナノ空間に拘束されたホモポリマーの結晶化","第63回高分子学会年次大会",,,,,,2014,May
"中川 慎太郎,田中 匠,野島 修一,石曽根 隆,山口 和夫,中浜 精一","様々な形状・大きさのナノ空間内に拘束された高分子鎖の結晶化に及ぼす鎖末端固定の影響","第62回高分子討論会","高分子学会予稿集",,"vol. 62","no. 2","page 3549-3550",2013,Sept.
"野島 修一,田中 匠,中川 慎太郎,石曽根 隆,垣内 康彦,山口 和夫,中浜 精一","ミクロ相分離構造中での高分子鎖の結晶化：ホモポリマーの分率が結晶化に与える影響","第62回高分子討論会","高分子学会予稿集",,"vol. 62","no. 2","page 4167-4168",2013,Sept.
"田中 匠,中川 慎太郎,野島 修一,石曽根 隆,垣内 康彦,山口 和夫,中浜 精一","ラメラ状ナノ空間に拘束された高分子鎖の結晶化挙動","第62回高分子年次大会","高分子学会予稿集",,"vol. 62","no. 1","page 623",2013,May
"中川 慎太郎,田中 匠,野島 修一,石曽根 隆,垣内 康彦,山口 和夫,中浜 精一","孤立ナノ空間内での高分子鎖の結晶化挙動に与える末端固定の効果","第62回高分子年次大会","高分子学会予稿集",,"vol. 62","no. 1","page 621",2013,May
"Shintaro Nakagawa,Takumi Tanaka,TAKASHI ISHIZONE,Shuichi Nojima,Yasuhiko Kakiuchi,Kazuo Yamaguchi,Seiichi Nakahama","Crystallization Behavior of Poly(e-caprolactone) Chains Confined in Nanocylinders: Effects of Block Chains Tethered to Nanocylinder Interfaces",,"Macromolecules","American Chemical Society","Vol. 46",,"pp. 2199-2205",2013,Mar.
"Shintaro Nakagawa,Takumi Tanaka,Shuichi Nojima","Crystallization Behavior of Homopolymer/Block Chain Blends Confined in Nanocylinders with Different Diameters",,"Photon Factory Activity Report 2011",,"Vol. 29",,"pp. 172",2012,Dec.
"中川慎太郎,田中匠,野島修一,石曽根,垣内康彦,山口和夫,中濱精一","ナノ空間内に拘束された高分子鎖の結晶化挙動に及ぼす鎖末端固定の効果","第61回高分子討論会",,,,,,2012,Sept.
"田中 匠,中川 慎太郎,野島 修一,石曽根 隆,垣内 康彦,山口 和夫,中浜 精一","様々な大きさのナノシリンダー中に拘束されたホモポリマー／ブロック鎖ブレンドの結晶化挙動","高分子学会年次大会","予稿集",,"vol. 61","no. 1","page 764",2012,May
"S. Nakagawa,K. Kadena,T. Ishizone,S. Nojima,T. Shimizu,K. Yamaguchi,S. Nakahama","Crystallization behavior and crystal orientation of poly(e-caprolactone) homopolymers confined in nanocylinders: effects of nanocylinder dimension",,"Macromolecules","ACS","Vol. 45",,"pp. 1892-1900",2012,Feb.
"S. Nakagawa,K. Kadena,S. Nojima","Crystallization behavior of poly(e-caprolactone) homopolymers confined in nanocylinders: Effects of nanocylinder dimension",,"Photon Factory Activity report 2010",,"Vol. 28",,"pp. 162",2011,Dec.