検索結果
2020
Sawada, S. I. ,
Kimura, T. ,
Nishijima, H. ,
Kodaira, T. ,
Tanaka, N. ,
Kubo, S. ,
Imabayashi, S. I. ,
Nomura, M. &
Yamaki, T. ,
2020 5月 18 ,
In: International Journal of Hydrogen Energy. 45 ,
27 ,
p. 13814-13820 7 p. 研究成果: Article › 査読
overvoltage
100%
hydrogen production
95%
Positive ions
94%
Hydrogen production
84%
Anodes
72%
2018
Nomura, M. ,
Kodaira, T. ,
Ikeda, A. ,
Naka, Y. ,
Nishijima, H. ,
Imabayashi, S. I. ,
Sawada, S. I. ,
Yamaki, T. ,
Tanaka, N. &
Kubo, S. ,
2018 ,
In: Journal of Chemical Engineering of Japan. 51 ,
9 ,
p. 726-731 6 p. 研究成果: Article › 査読
Bunsen Reaction
100%
Ion exchange membranes
92%
Iodine
75%
Ion Exchange Membrane
69%
Hydrogen production
63%
2014
Morita, T. ,
Kuroe, H. ,
Eguchi, A. &
Imabayashi, S. I. ,
2014 7月 17 ,
In: Journal of Physical Chemistry C. 118 ,
28 ,
p. 15114-15121 8 p. 研究成果: Article › 査読
Quartz crystal microbalances
100%
nitrogen oxides
88%
Nitrogen oxides
75%
Platinum
74%
quartz crystals
72%
Platinum
100%
Dissolution
90%
platinum
83%
dissolving
78%
Oxygen
69%
2013
Koshikumo, F. ,
Murata, W. ,
Ooya, A. &
Imabayashi, S. I. ,
2013 5月 ,
In: Electrochemistry. 81 ,
5 ,
p. 350-352 3 p. 研究成果: Article › 査読
Selenium compounds
100%
Water Soluble
33%
Sodium
30%
Water
23%
Electrodes
22%
2012
2011
2010
Ion exchange membranes
100%
Iridium
90%
iridium
75%
Ion Exchange Membrane
75%
Electroplating
74%
Ohsaka, T. ,
Goto, Y. ,
Sakamoto, K. ,
Isaka, M. ,
Imabayashi, S. &
Hirano, K. ,
2010 7月 1 ,
In: Trans IMF. 88 ,
p. 204-208 研究成果: Article › 査読
Ohsaka, T. ,
Goto, Y. ,
Sakamoto, K. ,
Isaka, M. ,
Imabayashi, S. &
Hirano, K. ,
2010 7月 1 ,
In: Transactions of the Institute of Metal Finishing. 88 ,
4 ,
p. 204-208 5 p. 研究成果: Article › 査読
Sonication
100%
Iridium
98%
Electrodeposit
88%
iridium
82%
crack initiation
77%
2009
Polyethylene oxides
100%
Oxidation-Reduction
85%
Ethers
76%
Phenothiazine
69%
Ether
44%
Inoue, S. ,
Kakikawa, H. ,
Nakadan, N. ,
Imabayashi, S. I. &
Watanabe, M. ,
2009 3月 3 ,
In: Langmuir. 25 ,
5 ,
p. 2837-2841 5 p. 研究成果: Article › 査読
Ethers
100%
ethers
94%
Gold
92%
wettability
91%
Wetting
86%
2008
Tsuda, R. ,
Kodama, K. ,
Ueki, T. ,
Kokubo, H. ,
Imabayashi, S. I. &
Watanabe, M. ,
2008 ,
In: Chemical Communications. 40 ,
p. 4939-4941 3 p. 研究成果: Article › 査読
Polyethylene oxides
100%
Ionic liquids
90%
Ionic Polymer
89%
Phase separation
84%
Phase Behavior
64%
2007
Tsuda, R. ,
Kaino, S. ,
Kokubo, H. ,
Imabayashi, S. I. &
Watanabe, M. ,
2007 4月 15 ,
In: Colloids and Surfaces B: Biointerfaces. 56 ,
1-2 ,
p. 255-259 5 p. 研究成果: Article › 査読
phenothiazines
100%
Polyethylene oxides
90%
Micelles
89%
Ethylene Oxide
85%
phenothiazine
85%
Tsuda, R. ,
Kaino, S. ,
Kokubo, H. ,
Imabayashi, S. &
Watanabe, M. ,
2007 4月 1 ,
In: Colloids and Interfaces B: Biointerface. 56 ,
p. 255-259 研究成果: Article › 査読
Tsuda, R. ,
Niituma, K. ,
Kokubo, H. ,
Imabayashi, S. &
Watanabe, M. ,
2007 8月 10 ,
In: 2nd international Congress of Ionic Liquids (Yokohama). 研究成果: Article › 査読
Ogura, M. ,
Tokuda, H. ,
Imabayashi, S. I. &
Watanabe, M. ,
2007 8月 28 ,
In: Langmuir. 23 ,
18 ,
p. 9429-9434 6 p. 研究成果: Article › 査読
Polyethylene oxides
100%
Block copolymers
90%
ethylene oxide
82%
Solution Behavior
80%
Ethers
76%
2006
Glucose oxidase
100%
Polyethylene oxides
90%
Solubility
65%
1-Butyl-3-Methylimidazolium
63%
Poly(ethylene)
57%
Self assembled monolayers
100%
Monolayers
84%
Enzymes
74%
Self Assembled Monolayer
62%
Electrocatalytic Activity
58%
Kawano, R. ,
Tokuda, H. ,
Katakabe, T. ,
Nakamoto, H. ,
Kokubo, H. ,
Imabayashi, S. I. &
Watanabe, M. ,
2006 1月 ,
In: Kobunshi Ronbunshu. 63 ,
1 ,
p. 31-40 10 p. 研究成果: Article › 査読
ionic liquid
100%
Ionic liquids
98%
Charge transfer
91%
Materials science
87%
materials science
86%
2005
Redox reactions
100%
lysine
90%
cytochromes
82%
Lysine Residue
71%
Substitution reactions
63%
Coulomb interactions
100%
Redox reactions
98%
Self assembled monolayers
97%
Monolayers
82%
cytochromes
81%
Nanjo, S. ,
Ishii, K. ,
Ueki, T. ,
Imabayashi, S. I. ,
Watanabe, M. &
Kano, K. ,
2005 7月 1 ,
In: Analytical Chemistry. 77 ,
13 ,
p. 4142-4147 6 p. 研究成果: Article › 査読
Glucose oxidase
100%
Propionic acid
80%
Phenothiazine
69%
Electrons
59%
Transfer Reaction
55%
Kaino, S. ,
Araki, S. ,
Ogura, M. ,
Nakadan, N. ,
Kokubo, H. ,
Imabayashi, S. &
Watanabe, M. ,
2005 10月 17 ,
In: GelSympo 2005 (Hokkaido). 研究成果: Article › 査読
2004
Ueki, T. ,
Aoki, S. ,
Ishii, K. ,
Imabayashi, S. I. &
Watanabe, M. ,
2004 10月 12 ,
In: Langmuir. 20 ,
21 ,
p. 9177-9183 7 p. 研究成果: Article › 査読
Glucose oxidase
100%
phenothiazines
99%
Polyethylene oxides
90%
oxidase
82%
ethylene oxide
74%
Ueki, T. ,
Aoki, S. ,
Ishii, K. ,
Imabayashi, S. &
Watanabe, M. ,
2004 10月 12 ,
In: Langmuir. 20 ,
p. 9177-9183 研究成果: Article › 査読
Glucose oxidase
100%
phenothiazines
99%
oxidase
82%
Oxidation-Reduction
77%
Ethers
69%
2003
Imabayashi, S. I. ,
Ban, K. ,
Ueki, T. &
Watanabe, M. ,
2003 8月 28 ,
In: Journal of Physical Chemistry B. 107 ,
34 ,
p. 8834-8839 6 p. 研究成果: Article › 査読
Glucose oxidase
100%
phenothiazines
99%
Polyethylene oxides
90%
Electrochemistry
82%
oxidase
82%
Ban, K. ,
Ueki, T. ,
Tamada, Y. ,
Saito, T. &
Imabayashi, S. ,
2003 2月 15 ,
In: Analytical Chemistry. 75 ,
p. 910-917 研究成果: Article › 査読
Ban, K. ,
Ueki, T. ,
Tamada, Y. ,
Saito, T. ,
Imabayashi, S. I. &
Watanabe, M. ,
2003 2月 15 ,
In: Analytical Chemistry. 75 ,
4 ,
p. 910-917 8 p. 研究成果: Article › 査読
Glucose oxidase
100%
Polyethylene oxides
90%
Enzymes
68%
Lysine Residue
66%
Poly(ethylene)
57%
2002
Harada, E. ,
Kumagai, J. ,
Ozawa, K. ,
Imabayashi, S. ,
Tsapin, A. S. ,
Nealson, K. H. ,
Meyer, T. E. ,
Cusanovich, M. A. &
Akutsu, H. ,
2002 12月 18 ,
In: FEBS Letters. 532 ,
3 ,
p. 333-337 5 p. 研究成果: Article › 査読
Shewanella
100%
Heme
71%
Cytochromes c
69%
Cytochrome
56%
Electrons
51%
Aoki, S. ,
Ishii, K. ,
Ueki, T. ,
Ban, K. ,
Imabayashi, S. I. &
Watanabe, M. ,
2002 2月 5 ,
In: Chemistry Letters. 2 ,
p. 256-257 2 p. 研究成果: Article › 査読
Phenothiazine
100%
Poly(ethylene)
82%
Transfer Reaction
79%
Amino-Acid Residue
76%
Electron Transfer
59%
Ring Opening Polymerisation
100%
Polyether
99%
Ether
67%
Critical Solution Temperature
54%
Molar Mass Distribution
23%
Self assembled monolayers
100%
horses
91%
cytochromes
83%
Scanning tunneling microscopy
76%
Adsorption
62%
2001
Polyphenols
100%
Biosensors
73%
Gold
64%
Polyphenol
62%
Peroxidase
53%