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Calcium oxide
100%
Molecular dynamics
97%
Structural properties
93%
Molten materials
84%
Ions
79%
Velocity
100%
Entropy
97%
Flow
77%
Liquid
64%
Time
42%
cats
100%
falling
87%
Coriolis Force
78%
Cats
72%
Temperature
61%
Hamiltonians
100%
Electron energy levels
97%
Singular Systems
96%
Hamiltonian Systems
76%
Energy
56%
Mild Solution
100%
Navier-Stokes Equations
79%
Norm
58%
Framework
54%
Arbitrary
49%
Transition Model
100%
Fluid Model
87%
Compressible Fluid
80%
Phase Transition
72%
Strong Solution
70%
Partition Function
100%
Activity coefficients
70%
partitions
67%
Raoult's Law
52%
Henry's Law
46%
pontryagin principle
100%
Classical Field Theory
75%
Pontryagin's Principle
73%
Dirac Structures
69%
Euler-Lagrange equation
66%
Hieber, M. ,
Kozono, H. ,
Seyfert, A. ,
Shimizu, S. &
Yanagisawa, T. ,
2021 5月 ,
In: Journal of Geometric Analysis. 31 ,
5 ,
p. 5146-5165 20 p. 研究成果: Article › 査読
Exterior Domain
100%
Vector Field
71%
Decompose
56%
Harmonic
49%
Critical Exponents
31%
Zhang, G. J. ,
Tanii, T. ,
Zako, T. ,
Funatsu, T. &
Ohdomari, I. ,
2004 2月 1 ,
In: Sensors and Actuators, B: Chemical. 97 ,
2-3 ,
p. 243-248 6 p. 研究成果: Article › 査読
immobilization
100%
Lithography
86%
DNA
82%
deoxyribonucleic acid
72%
Oligonucleotide
70%
Covalent bonds
100%
Hydrogen bonds
83%
Covalent Bond
61%
Molecules
59%
Robotics
37%
Momentum
100%
Taylor series
92%
Amino acids
90%
Molecular weight
85%
Molecules
74%
Jung, E. ,
Takahashi, K. ,
Watanabe, K. ,
de la Rosa, S. ,
Butz, M. V. ,
Bülthoff, H. H. &
Meilinger, T. ,
2016 ,
In: Frontiers in Psychology. 7 , 217.
研究成果: Article › 査読
Back
100%
Human Body
97%
experiment
39%
asymmetry
33%
human being
17%
Robots
100%
Sensors
45%
Factor analysis
25%
Foraging
100%
Ants
92%
Illusions
85%
Inducer
78%
Triangle
57%
operators
100%
kernel
95%
Operator
65%
Spin Structure
39%
Harmonic Forms
38%
Capillarity
100%
Energy Decay
90%
Compressible Navier-Stokes Equations
82%
Energy Method
77%
Navier Stokes equations
71%
Compressible flow
100%
Lp Estimates
96%
Compressible Navier-Stokes Equations
92%
Exterior Domain
90%
Decay Estimates
89%
Nishiyama, K. ,
Watanabe, T. ,
Hoshino, T. &
Ohdomari, I. ,
2008 3月 3 ,
In: Chemical Physics Letters. 453 ,
4-6 ,
p. 279-282 4 p. 研究成果: Article › 査読
Surface Area
100%
Surface
65%
Hydrophobicity
44%
Molecular Dynamics
38%
hydrophobicity
35%
Kami, M. ,
Terasawa, M. ,
Matsumoto, A. &
Kimihisa, I. T. O. ,
2009 ,
In: Tetsu-To-Hagane/Journal of the Iron and Steel Institute of Japan. 95 ,
3 ,
p. 236-240 5 p. 研究成果: Article › 査読
slags
100%
Calcium oxide
98%
Slag
88%
Slags
83%
Solid Solution
35%
Modular Equations
100%
Jacobi Forms
99%
Differential equation
48%
Modular Forms
30%
Linear Ordinary Differential Equations
16%
Potts model
100%
Statistical mechanics
88%
Grain growth
74%
Microstructural evolution
74%
Materials science
73%
Superalloys
100%
Alloying elements
89%
Monte Carlo Method
81%
heat resistant alloys
80%
Atoms
79%
Ternary alloys
100%
ternary alloys
74%
Face-Centered Cubic Crystal System
70%
Monte Carlo Method
69%
Atoms
54%
Navier-Stokes Equations
100%
Time-periodic Solutions
52%
Almost Periodic Solution
45%
Sufficient Conditions
19%
stimulus
100%
interaction
86%
Weller, M. ,
Takahashi, K. ,
Watanabe, K. ,
Bülthoff, H. H. &
Meilinger, T. ,
2018 8月 3 ,
In: Frontiers in Psychology. 9 ,
AUG , 1374.
研究成果: Article › 査読
Running
100%
coding
33%
experiment
22%
layout
21%
asymmetry
19%
Rician Fading
100%
DS-CDMA
97%
Bit Error Rate
88%
Fading
76%
Thermal noise
71%
Sagayama, M. ,
Zafari, U. ,
Subhoni, M. ,
Srivastava, A. M. ,
Beers, W. W. ,
Cohen, W. E. ,
Brik, M. G. &
Yamamoto, T. ,
2021 ,
In: ECS Journal of Solid State Science and Technology. 10 ,
7 , 076004.
研究成果: Article › 査読
Ions
100%
Paramagnetic resonance
63%
Ion
42%
Crystal lattices
23%
Density functional theory
23%
Uda, M. ,
Yamamoto, T. ,
Takenaga, T. &
Hayashi, K. ,
1998 3月 ,
In: Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and Atoms. 136-138 ,
p. 200-203 4 p. 研究成果: Article › 査読
Heavy ions
100%
Projectiles
78%
X rays
63%
Satellites
54%
Vacancies
47%
Polymorphism
100%
Electric fields
73%
Electric Field
71%
breakdown
61%
electric fields
46%
actuators
100%
Detectors
95%
detectors
68%
performance
54%
energy
23%
Zhang, H. ,
Xu, T. ,
Hashimoto, S. &
Watanabe, T. ,
2018 5月 ,
In: IEEE Transactions on Electron Devices. 65 ,
5 ,
p. 2016-2023 8 p. 研究成果: Article › 査読
Nanowires
100%
Thermoelectricity
89%
Power generation
68%
Silicon
63%
Length
48%
Gauss Map
99%
Projective Variety
87%
Projective Space
78%
Relationships
48%
condensates
100%
augmentation
64%
approximation
55%
depletion
46%
specific heat
41%
Nakashima, S. ,
Fujita, K. ,
Tanaka, K. ,
Hirao, K. ,
Yamamoto, T. &
Tanaka, I. ,
2007 3月 ,
In: Journal of Magnetism and Magnetic Materials. 310 ,
2 SUPPL. PART 3 ,
p. 2543-2545 3 p. 研究成果: Article › 査読
Magnetism
100%
Positive ions
86%
Annealing
68%
Glass Substrate
68%
Thin films
65%
Shimura, Y. ,
Iwamoto, K. ,
Yokogawa, R. ,
Tomita, M. ,
Tatsuoka, H. ,
Uchiyama, H. &
Ogura, A. ,
2021 5月 ,
In: Japanese journal of applied physics. 60 , SBBF11.
研究成果: Article › 査読
Inelastic scattering
100%
X ray scattering
82%
Phonons
55%
Thermal conductivity
47%
thermal conductivity
41%
Yamaguchi, R. ,
Ishii, T. ,
Matsumoto, M. ,
Borah, A. ,
Tanaka, N. ,
Oda, K. ,
Tomita, M. ,
Watanabe, T. &
Fujigaya, T. ,
2021 5月 28 ,
In: Journal of Materials Chemistry A. 9 ,
20 ,
p. 12188-12195 8 p. 研究成果: Article › 査読
Single-walled carbon nanotubes (SWCN)
100%
Thermoelectricity
80%
Carbon nanotubes
76%
Single Walled Nanotube
67%
Carbon Nanotube
52%
Quantum Effects
100%
Non-equilibrium
77%
Quantum Field Theory
75%
Field Theory
70%
Nonequilibrium Systems
50%
Perturbation Theory
100%
Thermodynamic Limit
84%
eigenvectors
84%
perturbation theory
80%
Dissipation
62%
Giannetti, N. ,
Yamaguchi, S. ,
Rocchetti, A. &
Saito, K. ,
2018 8月 1 ,
In: Entropy. 20 ,
8 , 595.
研究成果: Article › 査読
desiccants
100%
Thermodynamics
60%
Target
49%
thermodynamics
39%
System Performance
38%
Compressed air energy storage
100%
Thermodynamics
59%
Air
38%
Heating
37%
Refrigeration
36%
Thermodynamics
100%
thermodynamics
78%
optimization
76%
Dissipation
63%
Hot Temperature
55%
Thermodynamics
100%
thermodynamics
78%
optimization
76%
Dissipation
63%
Hot Temperature
55%
Hwang, K. ,
Song, C. H. ,
Kim, S. K. ,
Saito, K. &
Kawai, S. ,
2013 3月 1 ,
In: Heat and Mass Transfer/Waerme- und Stoffuebertragung. 49 ,
3 ,
p. 359-367 9 p. 研究成果: Article › 査読
desiccants
100%
Desiccant
83%
Refrigeration
61%
rotors
57%
Thermodynamics
49%