"Yusuke Iimura,Mao Fukuyama,Akihide Hibara,Makoto Harada,Tetsuo Okada","Enhanced Chiral Recognition by ?-Cyclodextrin at Liquid/Liquid Interfaces as Revealed by Chromatographic and Interfacial Tension Measurements",,"Journal of Colloid and Interface Science",,"Vol. 508",,"pp. 469-475",2017,Dec.
"徳増宏基,原田誠,岡田哲男","Ｘ線分光による凍結に伴うイオンの挙動の解明","第33回イオン交換学会発表会",,,,,,2017,Oct.
"柳澤健介,原田誠,岡田哲男","凍結濃縮時の水相における物質の溶解特性評価","氷、水、クラスレートの物理化学に関する研究集会",,,,,,2017,Sept.
"徳増宏基,原田誠,岡田哲男","X線分光を用いる凍結溶液のグレインバウンダリーの可視化とイオンの特異濃縮","氷、水、クラスレートの物理化学に関する研究集会",,,,,,2017,Sept.
"福井義春,原田誠,岡田哲男","凍結による電気化学測定の高感度化","日本分析化学会第66年会",,,,,,2017,Sept.
"柳澤健介,原田誠,岡田哲男","溶媒抽出による凍結水溶液への物質の溶解特性評価","日本分析化学会第66年会",,,,,,2017,Sept.
"原田誠,徳増宏基,岡田哲男","凍結濃縮を用いる溶存物質高感度検出への検討","日本分析化学会第66年会",,,,,,2017,Sept.
"宮川晃尚,原田誠,岡田哲男","超音波定在波を用いた単一粒子挙動に基づく微量分析","日本分析化学会第66年会",,,,,,2017,Sept.
"藤野紗央里,稲川有徳,原田誠,岡田哲男","氷隔壁チャンネルを用いた粒子のサイズ分離","日本分析化学会第66年会",,,,,,2017,Sept.
"藤野紗央里,稲川有徳,原田誠,岡田哲男","氷隔壁チャンネル中での粒子の泳動","氷、水、クラスレートの物理化学に関する研究集会",,,,,,2017,Sept.
"宮川晃尚,原田誠,井上嘉則,岡田哲男","超音波トラッピングによる粒子表面反応の検出","日本分析化学会第77回分析化学討論会",,,,,,2017,May
"Akihisa Miyagawa,Yoshinori Inoue,Makoto Harada,Tetsuo Okada","Acoustic Sensing Based on Density Shift of Microspheres by Surface Binding of Gold Nanoparticles",,"Analytical Science",,"Vol. 33","No. 8","page 939-944",2017,
"Arinori Inagawa,Tomoki Ishikawa,Takuma Kusunoki,Shoji Ishizaka,Makoto Harada,Takuhiro Otsuka,Tetsuo Okada","Viscosity of Freeze-Concentrated Solution Confined in Micro/ Nanospace Surrounded  by Ice",,"Journal of Physical Chemistry C",,"Vol. 121",,"page 12321-12328",2017,
"Kouki Tokumasu,Makoto Harada,Tetsuo Okada","Freezing-Facilitated Dehydration Allowing Deposition of ZnO from Aqueous Electrolyte",,"ChemPhysChem",,"Vol. 18",,"page 329-333",2017,
"Junji Ohashi,Makoto Harada,Tetsuo Okada","An efficient method for measuring excess adsorption isotherms of organic eluent components on reversed-phase packing materials",,"Journal of Separation Science",,"Vol. 40",,"page 842-848",2017,
"Hui Qu,Makoto Harada,Tetsuo Okada","Voltammetry of Viologens Revealing Reduction of Hydrophobic Interaction in Frozen Aqueous Electrolyte Solutions",,"ChemElectroChem",,"Vol. 4",,"page 35-38",2017,