検索結果
2022
Okada, M. ,
Takeuchi, K. ,
Matsumoto, K. ,
Oku, T. ,
Yoshimura, T. ,
Hatanaka, M. &
Choi, J. C. ,
2022 7月 11 ,
In: Organometallics. 41 ,
13 ,
p. 1640-1648 9 p. 研究成果: Article › 査読
formic acid
100%
phosphines
96%
rhodium
92%
alkenes
90%
hydrides
71%
Shibuta, M. ,
Huber, M. ,
Kamoshida, T. ,
Terasaka, K. ,
Hatanaka, M. ,
Niedner-Schatteburg, G. &
Nakajima, A. ,
2022 3月 10 ,
In: Journal of Physical Chemistry C. 126 ,
9 ,
p. 4423-4432 10 p. 研究成果: Article › 査読
Nanoclusters
100%
Tantalum Atom
98%
Tantalum
79%
Adatoms
73%
nanoclusters
63%
2021
Yamashita, Y. ,
Noguchi, A. ,
Fushimi, S. ,
Hatanaka, M. &
Kobayashi, S. ,
2021 4月 21 ,
In: Journal of the American Chemical Society. 143 ,
15 ,
p. 5598-5604 7 p. 研究成果: Article › 査読
Amides
100%
Ligands
88%
Potassium
81%
Potassium Salt
76%
Salts
61%
fluoroform
100%
Fluoroform
81%
Lithium
56%
drugs
51%
Chemical activation
45%
Biginelli Synthesis
100%
Amides
87%
Amines
78%
Primary Amine
71%
Stereoselectivity
69%
2020
Domon, K. ,
Puripat, M. ,
Fujiyoshi, K. ,
Hatanaka, M. ,
Kawashima, S. A. ,
Yamatsugu, K. &
Kanai, M. ,
2020 2月 26 ,
In: ACS Central Science. 6 ,
2 ,
p. 283-292 10 p. 研究成果: Article › 査読
Phosphorylation
100%
Phosphate Monoester
72%
Phosphates
71%
Alcohols
67%
Chemoselectivity
61%
Yoshii, T. ,
Tsuzuki, S. ,
Sakurai, S. ,
Sakamoto, R. ,
Jiang, J. ,
Hatanaka, M. ,
Matsumoto, A. &
Maruoka, K. ,
2020 6月 14 ,
In: Chemical Science. 11 ,
22 ,
p. 5772-5778 7 p. 研究成果: Article › 査読
Fluorination
100%
Aldehyde
64%
2019
Kurosaki, R. ,
Hayashi, H. ,
Suzuki, M. ,
Jiang, J. ,
Hatanaka, M. ,
Aratani, N. &
Yamada, H. ,
2019 ,
In: Chemical Science. 10 ,
28 ,
p. 6785-6790 6 p. 研究成果: Article › 査読
Biaryl
100%
Trimer
84%
Light Blue
47%
Emission Wavelength
46%
Sulfur Atom
42%
Endo, A. ,
Hatanaka, M. ,
Ueno, N. ,
Morisawa, Y. &
Wakabayashi, T. ,
2019 7月 1 ,
In: Low Temperature Physics. 45 ,
7 ,
p. 689-696 8 p. 研究成果: Article › 査読
neon
100%
bismuth
93%
progressions
54%
matrices
52%
laser induced fluorescence
49%
Endo, A. ,
Hatanaka, M. ,
Ueno, N. ,
Morisawa, Y. &
Wakabayashi, T. ,
2019 ,
In: Fizika Nizkikh Temperatur. 45 ,
7 ,
p. 807-815 9 p. 研究成果: Article › 査読
neon
100%
bismuth
93%
progressions
54%
matrices
52%
laser induced fluorescence
49%
Wei, X. F. ,
Wakaki, T. ,
Itoh, T. ,
Li, H. L. ,
Yoshimura, T. ,
Miyazaki, A. ,
Oisaki, K. ,
Hatanaka, M. ,
Shimizu, Y. &
Kanai, M. ,
2019 3月 14 ,
In: Chem. 5 ,
3 ,
p. 585-599 15 p. 研究成果: Article › 査読
propadiene
100%
Ligands
64%
Enyne
61%
Allenes
59%
Protons
57%
Paria, S. ,
Kang, Q. K. ,
Hatanaka, M. &
Maruoka, K. ,
2019 1月 4 ,
In: ACS Catalysis. 9 ,
1 ,
p. 78-82 5 p. 研究成果: Article › 査読
Amination
100%
Phase-Transfer Catalyst
62%
Stereoselectivity
54%
Enantioselectivity
53%
Catalysts
44%
Aoki, S. ,
Kikuchi, C. ,
Kitagawa, Y. ,
Hasegawa, Y. ,
Sonoike, S. ,
Saga, Y. &
Hatanaka, M. ,
2019 11月 30 ,
In: European Journal of Inorganic Chemistry. 2019 ,
44 ,
p. 4740-4751 12 p. 研究成果: Article › 査読
Point Group C4v
100%
Point Group D3h
91%
Aldol Reaction
77%
Shape
74%
Ion
44%
intersections
100%
naphthalene
78%
density functional theory
75%
benzene
64%
Density Functional Theory
61%
Ogata, S. ,
Komiya, H. ,
Goto, N. ,
Tanabe, R. ,
Sugimoto, K. ,
Kawaguchi, S. ,
Goto, K. ,
Hatanaka, M. ,
Ishii, A. &
Hasegawa, M. ,
2019 ,
In: Chemistry Letters. 48 ,
6 ,
p. 593-596 4 p. 研究成果: Article › 査読
Acyl Group
100%
Luminiscence Type
58%
Ligand
36%
Ion
16%
Hydrogen Peroxide
100%
Probe
65%
Excited State
43%
Ground State
42%
Luminiscence Type
38%
Stereoselectivity
100%
Enantioselectivity
96%
Rare earths
58%
Michael Addition
49%
Proton transfer
43%
Sata, R. ,
Suzuki, H. ,
Ueno, N. ,
Morisawa, Y. ,
Hatanaka, M. &
Wakabayashia, T. ,
2019 4月 1 ,
In: Chinese Journal of Chemical Physics. 32 ,
2 ,
p. 175-181 7 p. 研究成果: Article › 査読
polyvinyl alcohol
100%
Alcohol
48%
molecules
42%
Liquid Film
31%
Molecule
28%
2018
Ogata, S. ,
Goto, N. ,
Sakurai, S. ,
Ishii, A. ,
Hatanaka, M. ,
Yoshihara, K. ,
Tanabe, R. ,
Kayano, K. ,
Magaribuchi, R. ,
Goto, K. &
Hasegawa, M. ,
2018 ,
In: Dalton Transactions. 47 ,
21 ,
p. 7135-7143 9 p. 研究成果: Article › 査読
Acyl Group
100%
Chloroform
68%
Luminiscence Type
58%
Ethylenediamine
52%
Luminescence Quantum Yield
39%
Hatanaka, M. ,
Osawa, A. ,
Wakabayashi, T. ,
Morokuma, K. &
Hasegawa, M. ,
2018 2月 7 ,
In: Physical Chemistry Chemical Physics. 20 ,
5 ,
p. 3328-3333 6 p. 研究成果: Article › 査読
Luminescence Quantum Yield
100%
terbium
89%
ligands
70%
luminescence
52%
Azomethine
47%
Furukawa, S. ,
Fujita, M. ,
Kanatomi, Y. ,
Minoura, M. ,
Hatanaka, M. ,
Morokuma, K. ,
Ishimura, K. &
Saito, M. ,
2018 12月 1 ,
In: Communications Chemistry. 1 ,
1 , 60.
研究成果: Article › 査読
Electrons
100%
Orbital
82%
electron
69%
Benzene
62%
benzene
46%
Oku, T. ,
Okada, M. ,
Puripat, M. ,
Hatanaka, M. ,
Morokuma, K. &
Choi, J. C. ,
2018 5月 ,
In: Journal of CO2 Utilization. 25 ,
p. 1-5 5 p. 研究成果: Article › 査読
Rhodium
100%
rhodium
93%
Cycloalkene
91%
Ligands
86%
ligand
68%
2017
Hayakawa, N. ,
Sadamori, K. ,
Tsujimoto, S. ,
Hatanaka, M. ,
Wakabayashi, T. &
Matsuo, T. ,
2017 5月 15 ,
In: Angewandte Chemie - International Edition. 56 ,
21 ,
p. 5765-5769 5 p. 研究成果: Article › 査読
N-Heterocyclic Carbene
100%
Molecules
91%
Double Bond
73%
Cleavage
64%
Gibbs free energy
64%
Cobalt
100%
Polymerization
97%
Epoxide
76%
Propene
71%
Copolymerization
70%
2016
Honda, K. ,
Harris, T. V. ,
Hatanaka, M. ,
Morokuma, K. &
Mikami, K. ,
2016 6月 20 ,
In: Chemistry - A European Journal. 22 ,
26 ,
p. 8796-8800 5 p. 研究成果: Article › 査読
Fluoroform
100%
Lithium
69%
Chemical activation
55%
Solvation
39%
Alkali metals
17%
Hatanaka, M. ,
Hirai, Y. ,
Kitagawa, Y. ,
Nakanishi, T. ,
Hasegawa, Y. &
Morokuma, K. ,
2016 ,
In: Chemical Science. 8 ,
1 ,
p. 423-429 7 p. 研究成果: Article › 査読
Energy Transfer
100%
Phosphine Oxide
90%
Triplet State
78%
Thermometer
53%
Intersystem Crossing [Singlet->triplet]
44%
2015
Stereoselectivity
100%
Mukaiyama Aldol Addition
70%
Rare earth elements
66%
Enantioselectivity
48%
Conformational Isomer
42%
Puripat, M. ,
Ramozzi, R. ,
Hatanaka, M. ,
Parasuk, W. ,
Parasuk, V. &
Morokuma, K. ,
2015 7月 17 ,
In: Journal of Organic Chemistry. 80 ,
14 ,
p. 6959-6967 9 p. 研究成果: Article › 査読
Biginelli Synthesis
100%
Organocatalysis
82%
Multicomponent Reaction
64%
Urea
58%
Protic Solvent
45%
Sameera, W. M. C. ,
Hatanaka, M. ,
Kitanosono, T. ,
Kobayashi, S. &
Morokuma, K. ,
2015 9月 2 ,
In: Journal of the American Chemical Society. 137 ,
34 ,
p. 11085-11094 10 p. 研究成果: Article › 査読
3-hydroxybutanal
100%
Density Functional Theory
95%
Density functional theory
81%
Mukaiyama Aldol Addition
80%
Carbon
54%
2014
Terbium
100%
Excitation energy
88%
Luminescence
76%
Rare earth elements
72%
Ligands
69%
configuration interaction
100%
Lanthanoid Atom
73%
molecules
52%
Oscillator Strength
48%
Dipole Moment
36%
Hatanaka, M. ,
Saito, M. ,
Fujita, M. &
Morokuma, K. ,
2014 3月 21 ,
In: Journal of Organic Chemistry. 79 ,
6 ,
p. 2640-2646 7 p. 研究成果: Article › 査読
Chemical Shift
100%
Benzene
86%
Orbital
76%
Iodine
53%
Molecular Orbital
28%
2013
Lewis Acids
100%
3-hydroxybutanal
93%
Lanthanoid Series Elements
81%
Mukaiyama Aldol Addition
75%
Rare earth elements
71%
Mukaiyama Aldol Addition
100%
Rare earth elements
94%
Stereoselectivity
70%
Diastereoselectivity
67%
sampling
56%
2012
Maeda, S. ,
Abe, E. ,
Hatanaka, M. ,
Taketsugu, T. &
Morokuma, K. ,
2012 12月 11 ,
In: Journal of chemical theory and computation. 8 ,
12 ,
p. 5058-5063 6 p. 研究成果: Article › 査読
Potential energy surfaces
100%
Atoms
62%
Enzymatic Reaction
60%
Potential Energy Surface
57%
Proteins
55%
2011
CI Calculation
100%
Oscillator Strength
81%
Lanthanoid Atom
49%
Polarization
49%
Charge Transfer
46%
2009
Oscillator Strength
100%
Lanthanoid Atom
60%
Molecular Vibration
54%
oscillator strengths
47%
Charge Transfer
28%
2007
Ikeno, T. ,
Iwakura, I. ,
Shibahara, A. ,
Hatanaka, M. ,
Kokura, A. ,
Tanaka, S. ,
Nagata, T. &
Yamada, T. ,
2007 6月 5 ,
In: Chemistry Letters. 36 ,
6 ,
p. 738-739 2 p. 研究成果: Article › 査読
Borohydride
100%
Reduction
40%
Catalyst
36%
Simulation
27%
Solvent
20%
2006
Iwakura, I. ,
Hatanaka, M. ,
Kokura, A. ,
Teraoka, H. ,
Ikeno, T. ,
Nagata, T. &
Yamada, T. ,
2006 12月 11 ,
In: Chemistry - An Asian Journal. 1 ,
5 ,
p. 656-663 8 p. 研究成果: Article › 査読
Borohydrides
100%
Schiff Bases
88%
Cobalt
71%
Borohydride
67%
Hydride
50%