検索結果
2012
Ishigami, S. T. ,
Goto, Y. ,
Inoue, N. ,
Kawazu, S. I. ,
Matsumoto, Y. ,
Imahara, Y. ,
Tarumi, M. ,
Nakai, H. ,
Fusetani, N. &
Nakao, Y. ,
2012 12月 7 ,
In: Journal of Organic Chemistry. 77 ,
23 ,
p. 10962-10966 5 p. 研究成果: Article › 査読
Diterpenoid
100%
Absolute Configuration
79%
molecular orbitals
100%
Ab Initio Calculation
87%
Orbital
83%
orbitals
71%
Coupled Cluster Theory
67%
Wakabayashi, R. ,
Tamai, M. ,
Kawahara, K. ,
Tachibana, H. ,
Imamura, Y. ,
Nakai, H. &
Kuroda, K. ,
2012 10月 1 ,
In: Journal of Organometallic Chemistry. 716 ,
p. 26-31 6 p. 研究成果: Article › 査読
Siloxanes
100%
Oligomers
89%
Functional groups
81%
oligomers
71%
Siloxane
64%
Hyperpolarizability
100%
scaling
61%
self consistent fields
58%
evaluation
55%
Hartree-Fock Calculation
53%
molecular orbitals
100%
Ab Initio Calculation
87%
Orbital
83%
orbitals
71%
evaluation
63%
Excited State
100%
density functional theory
96%
Density Matrix
86%
Attractive Force
81%
Density Functional Theory
77%
Electron correlations
100%
Wave functions
71%
Wave Function
60%
Perturbation Theory
60%
Electrons
52%
Fermi Level
100%
fragmentation
78%
Electron Spin
71%
electronic structure
64%
Electronic State
63%
Relativistic Calculation
100%
Hamiltonian
66%
Chemical Transformation
36%
electrons
24%
Hydrogen Halide
19%
Relativistic Calculation
100%
Hamiltonian
37%
Chemical Transformation
36%
electrons
24%
interactions
23%
Kunimoto, M. ,
Seki, K. ,
Nakai, H. &
Homma, T. ,
2012 4月 ,
In: Electrochemistry. 80 ,
4 ,
p. 222-225 4 p. 研究成果: Article › 査読
Hypophosphite
100%
Adsorption
73%
Ions
69%
Ion
29%
Molecules
24%
Hypophosphite
100%
Catalyst activity
93%
Ions
69%
Metals
48%
Cleavage
43%
2013
inversions
100%
Error
92%
orbitals
86%
gradients
80%
products
78%
Thioureas
100%
Hypophosphite
78%
Thiourea
56%
Ions
54%
Oxidation
52%
halides
100%
gradients
91%
Chemical Transformation
88%
dimers
84%
density functional theory
71%
Perturbation Theory
100%
perturbation theory
72%
Density Matrix
59%
gradients
56%
Polyene
49%
Organic Radical
100%
Magnetic Material
93%
Polarizability
78%
Energy
72%
magnetic materials
31%
Discrete Fourier transforms
100%
Dipole moment
72%
Density functional theory
68%
Cyanides
67%
Monte Carlo methods
49%
Saparpakorn, P. ,
Kobayashi, M. ,
Hannongbua, S. &
Nakai, H. ,
2013 2月 15 ,
In: International Journal of Quantum Chemistry. 113 ,
4 ,
p. 510-517 8 p. 研究成果: Article › 査読
human immunodeficiency virus
100%
Nonnucleoside Reverse Transcriptase Inhibitor
98%
inhibitors
79%
Perturbation Theory
79%
Lysine
64%
fragmentation
100%
Fragmentation
91%
Electron Correlation Energy
74%
Molecular Cluster
72%
symmetry
64%
Protease Inhibitor
100%
Bond Energy
95%
Electronic State
62%
Energy
39%
Perturbation Theory
24%
Kinetic energy
100%
Kinetic Energy
96%
Information Theory
90%
Decompose
53%
Partitioning
33%
Density Functional Theory
100%
Linearity
73%
Benchmark
67%
Orbital
57%
Energy
46%
linearity
100%
Orbital
86%
density functional theory
80%
orbitals
73%
Density Functional Theory
64%
Electron Correlation Calculation
100%
relativistic effects
57%
CCSD
55%
scalars
36%
Hydrogen Halide
34%
Yoshikawa, T. ,
Kobayashi, M. ,
Fujii, A. &
Nakai, H. ,
2013 5月 9 ,
In: Journal of Physical Chemistry B. 117 ,
18 ,
p. 5565-5573 9 p. 研究成果: Article › 査読
Excited states
100%
Molecules
58%
Proteins
55%
proteins
48%
Excited State
47%
Dispersion Potential
100%
self consistent fields
84%
gradients
54%
Energy
39%
Field Effect
27%
Hydrocarbon
100%
Energy
66%
Electron Spin
58%
Orbital
58%
Kunimoto, M. ,
Otomo, A. ,
Takahashi, N. ,
Nakai, H. &
Homma, T. ,
2013 12月 15 ,
In: Electrochimica Acta. 113 ,
p. 785-791 7 p. 研究成果: Article › 査読
Dehydrogenation
100%
Hypophosphite
94%
Surface defects
86%
Surface Defect
85%
Ions
65%
Okoshi, M. ,
Yamad, Y. ,
Yamad, A. &
Nakai, H. ,
2013 12月 1 ,
In: Journal of the Electrochemical Society. 160 ,
11 ,
p. A2160-A2165 研究成果: Article › 査読
Solvation
100%
Magnesium Cation
96%
Positive ions
77%
Lithium
69%
Magnesium
66%
Lithium-ion batteries
100%
Density functional theory
46%
Energy
43%
Cathode materials
43%
Cobalt
35%
2014
Molecular Dynamics Simulation
100%
Lagrange Interpolation
77%
Wave Function
75%
Molecular Orbital
59%
Molecular Dynamics
47%
Recurrence relation
100%
Angular Momentum
88%
Contraction
85%
Electron
64%
Electron Particle
54%
Hamiltonian
100%
Diatomic Molecule
58%
electronics
45%
electrons
36%
Orbital
36%
Self-Energy
100%
Quasiparticle
95%
Electron Binding Energy
86%
Electron Spin
49%
Error
44%
thermochemistry
100%
Thermochemistry
82%
solvation
76%
proposals
65%
Solvation
59%
Okoshi, M. ,
Saparpakorn, P. ,
Takada, Y. ,
Hannongbua, S. &
Nakai, H. ,
2014 ,
In: Bulletin of the Chemical Society of Japan. 87 ,
2 ,
p. 267-273 7 p. 研究成果: Article › 査読
PicoGreen
100%
Fluorescence
34%
Chemical Method
11%
Binding Energy
10%
Quantum Yield
10%
2015
Angular Momentum
100%
contraction
65%
Orbital
56%
angular momentum
56%
expansion
43%
Fermi Level
100%
self consistent fields
58%
communication networks
37%
Hartree-Fock Calculation
35%
iteration
27%
Cho, D. ,
Ko, K. C. ,
Ikabata, Y. ,
Wakayama, K. ,
Yoshikawa, T. ,
Nakai, H. &
Lee, J. Y. ,
2015 1月 14 ,
In: Journal of Chemical Physics. 142 ,
2 , 024318.
研究成果: Article › 査読
Electron Spin
100%
scaling
83%
contamination
53%
Aromatic Structure
52%
density functional theory
46%
linearity
100%
Orbital
86%
Excited State
83%
density functional theory
80%
orbitals
73%
Divide and conquer
100%
Computational Chemistry
94%
Electron Correlation
91%
Ab Initio Calculation
66%
Scaling
65%
Ikabata, Y. ,
Tsukamoto, Y. ,
Imamura, Y. &
Nakai, H. ,
2015 2月 15 ,
In: Journal of Computational Chemistry. 36 ,
5 ,
p. 303-311 9 p. 研究成果: Article › 査読
Periodic System
100%
Electron Configuration
83%
Periodic Systems
75%
Electron
69%
Density Functional
49%
thermochemistry
100%
organic liquids
91%
Thermochemistry
82%
Organic Molecule
64%
Solvation
59%
Electron Correlation Energy
100%
Limit Set
84%
Extrapolation
77%
Error
55%
Energy
49%
Okoshi, M. ,
Ishikawa, A. ,
Kawamura, Y. &
Nakai, H. ,
2015 ,
In: ECS Electrochemistry Letters. 4 ,
9 ,
p. A103-A105 研究成果: Article › 査読
Oxidation Potential
100%
Electrolytes
90%
Oxidation
82%
Molecular orbitals
79%
Solvation
74%
Cho, D. ,
Ikabata, Y. ,
Yoshikawa, T. ,
Jin, Y. L. &
Nakai, H. ,
2015 ,
In: Bulletin of the Chemical Society of Japan. 88 ,
12 ,
p. 1636-1641 6 p. 研究成果: Article › 査読
Density Functional Theory
100%
Stabilization Energy
96%
Bond Energy
90%
Hydrocarbon
57%
Force
54%
2016
Relativistic Calculation
100%
Hartree-Fock Method
79%
self consistent fields
58%
inversions
47%
Hartree-Fock Calculation
35%
Nakai, H. ,
Nishimura, Y. ,
Kaiho, T. ,
Kubota, T. &
Sato, H. ,
2016 3月 1 ,
In: Chemical Physics Letters. 647 ,
p. 127-131 5 p. 研究成果: Article › 査読
amines
100%
regeneration
95%
functionals
79%
carbonates
64%
Molecular Dynamics
62%
Protons
100%
Molecular dynamics
93%
functionals
78%
Diffusion Coefficient
72%
Tight-Binding Method
62%