"Cheng Yidan,Shida Naoki,Inagi Shinsuke,Wakiya Takeshi,Tomita Ikuyoshi","Creation of Superhydrophobic surface using polymeric nanostructures prepared by the living copolymerization of allene derivatives under polymerization-induced self-assembly conditions","International Chemical Congress of Pacific Basin Societies(Pacifichem 2021",,,,,,2021,Dec.
"Naoki Shida,Hiroaki Takenaka,Akihiro Gotou,Tomohiro Isogai,Akiyoshi Yamauchi,Yosuke Kishikawa,Yuuya Nagata,Ikuyoshi Tomita,Toshio Fuchigami,Shinsuke Inagi","Alkali Metal Fluorides in Fluorinated Alcohols: Fundamental Properties and Applications to Electrochemical Fluorination",,"The Journal of Organic Chemistry","American Chemical Society","Vol. 86","No. 22","pp. 16128-16133",2021,Nov.
"Naoki Shida,Elena Villani,Mokurai Sanuki,Kazuhiro Miyamoto,Akihiro Gotou,Tomohiro Isogai,Akiyoshi Yamauchi,Toshio Fuchigami,Ikuyoshi Tomita,Shinsuke Inagi","Bipolar Electrochemical Fluorination of Triphenylmethane and Bis(phenylthio)diphenylmethane Derivatives in a U-shaped Cell",,"Electrochemistry","The Electrochemical Society of Japan","Vol. 89","No. 5","pp. 476-479",2021,Sept.
"Naoki Shida,Shinsuke Inagi","Electrochemical Redox-Mediated Polymer Synthesis",,"Organic Redox Chemistry","Wiley",,,"pp. 153-170",2021,July
"T. Hirohata,N. Shida,H. Uekusa,N. Yasuda,H. Nishihara,T. Ogoshi,I. Tomita,S. Inagi","Pillar[6]quinone: facile synthesis, crystal structures and electrochemical properties",,"Chem. Commun.","Royal Society of Chemistry","Vol. 57","No. 52","pp. 6360-6363",2021,June
"Elena Villani,Naoki Shida,Shinsuke Inagi","Electrogenerated Chemiluminescence of Luminol on Wireless Conducting Polymer Films",,"Electrochimica Acta","Elsevier","Vol. 389",,,2021,June
"Yaqian Zhou,Naoki Shida,Ikuyoshi Tomita,Shinsuke Inagi","Fabrication of Gradient and Patterned Organic Thin Films by Bipolar Electrolytic Micelle Disruption Using Redox-active Surfactants",,"Angewandte Chemie International Edition","Wiley","Vol. 60","no. 26","pp. 14620-14629",2021,June
"瀧川 菜月,関野 克俊,信田 尚毅,冨田 育義,稲木 信介","フッ素化物イオン触媒による縮環フラン形成を利用した含フッ素ヘテロアセン類の合成と物性評価","日本化学会第101春季大会",,,,,,2021,Mar.
"古性 大亮,信田 尚毅,冨田 育義,稲木 信介","フッ素官能基を導入したジスチリルベンゼン誘導体の合成と物性評価","日本化学会第101春季大会",,,,,,2021,Mar.
"古性 大亮,信田 尚毅,冨田 育義,稲木 信介","フッ素官能基を導入したジスチリルベンゼン誘導体の合成と物性評価","日本化学会第101春季大会",,,,,,2021,Mar.
"谷口 晃平,栗岡 智行,信田 尚毅,冨田 育義,稲木 信介","ポリ(3-ヘキシルチオフェン)の陽極ホスホニル化反応","日本化学会第101春季大会",,,,,,2021,Mar.
"白須 友季菜,信田 尚毅,冨田 育義,稲木 信介","フルオロアルコール集積型分子の合成と電気化学的手法を用いたアニオンバインディング挙動の調査","日本化学会第101春季大会",,,,,,2021,Mar.
"張 厳?,ビラニ エレナ,信田 尚毅,冨田 育義,稲木 信介","ポリ（3,4-エチレンジオキシチオフェン）(PEDOT)とその誘導体の薄膜におけるルミノールの電気化学発光","日本化学会第101春季大会",,,,,,2021,Mar.
"信田 尚毅,前川 拓磨,冨田 育義,稲木 信介","電解質配位に基づく2,5-ジアリールチオフェンの電気化学的多電子酸化とそれに続く二量化反応によるスルホニウム塩形成","日本化学会第101春季大会",,,,,,2021,Mar.
"廣畑 智紀,信田 尚毅,生越 友樹,冨田 育義,稲木 信介","ピラー[6]アレーンと電解質の相互作用による電解集積化体の形状制御","電気化学会第88回大会",,,,,,2021,Mar.
"安藤 匠吾,信田 尚毅,冨田 育義,稲木 信介","電解酸化による含ピリジニウム多環芳香族化合物の合成と物性評価","電気化学会第88回大会",,,,,,2021,Mar.
"坂上 裕紀,信田 尚毅,冨田 育義,稲木 信介","バイポーラ電気化学に基づくフロー式電解合成法の開発とトリフェニルメタン誘導体のフッ素化反応への応用","電気化学会第88回大会",,,,,,2021,Mar.
"栗岡 智行,駒村 貴裕,信田 尚毅,早川 晃鏡,冨田 育義,稲木 信介","ポリ(3-(2-エチルヘキシル)チオフェン)膜の電解塩素化反応における製膜溶媒の影響","電気化学会第88回大会",,,,,,2021,Mar.
"Zhenghao Chen,Naoki Shida,生越 友樹,IKUYOSHI TOMITA,Shinsuke Inagi","Study on AC Bipolar Electrosynthesis of Conducting Polymer Fibers in Concentrated Electrolytes","電気化学会第88回大会",,,,,,2021,Mar.
"前川 拓磨,信田 尚毅,冨田 育義,稲木 信介","チオフェン類の電解酸化過程における電解質の配位挙動の考察と電気化学的ホモカップリング反応への応用","電気化学会第88回大会",,,,,,2021,Mar.
"竹中 啓朗,信田 尚毅,冨田 育義,稲木 信介","アルカリ金属フッ化物を溶解したフルオロアルコール電解液の物性と電気化学的ベンジル位フッ素化反応への応用","日本化学会第101春季大会",,,,,,2021,Mar.
"Tomoyuki Kurioka,Naoki Shida,Ikuyoshi Tomita,Shinsuke Inagi","Post-Functionalization of Aromatic C-H Bonds at the Main Chains of π-Conjugated Polymers via Anodic Chlorination Facilitated by Lewis Acids",,"Macromolecules","American Chemical Society","Vol. 54","No. 3","pp. 1539-1547",2021,Feb.
"Naoki Shida,Kazuyuki Ninomiya,Natsuki Takigawa,Keiichi Imato,Yousuke Ooyama,Ikuyoshi Tomita,Shinsuke Inagi","Diversification of Conjugated Polymers via Postpolymerization Nucleophilic Aromatic Substitution Reactions with Sulfur-, Oxygen-, and Nitrogen-based Nucleophiles",,"Macromolecules","American Chemical Society","Vol. 54","No. 2","pp. 725-735",2021,Jan.