Engineering & Materials Science
Proton transfer
100%
Electrons
98%
Protons
80%
Electronic structure
48%
Anthracene
47%
Excited states
46%
Pyridine
46%
Phenols
35%
Molecular orbitals
31%
Electron correlations
27%
Potential energy surfaces
26%
Electronic states
25%
Photochemical reactions
24%
Oxidoreductases
21%
Proteins
20%
Rate constants
20%
Oxidants
20%
Escherichia coli
17%
Benzene
16%
Biological systems
16%
Molecular dynamics
15%
Quantum chemistry
14%
Transition metals
13%
Molecules
13%
Large scale systems
11%
Time varying systems
10%
Photoexcitation
10%
Free energy
10%
Alkalinity
9%
Ground state
8%
Excitation energy
7%
Metal complexes
7%
Wave functions
6%
Linear transformations
5%
Materials science
5%
Chemical activation
5%
Chemical Compounds
Electron Transfer
63%
Proton Transfer
41%
Density Matrix
38%
Spin-Orbit Coupling
34%
Electronic State
30%
Simulation
28%
Proton
22%
Cleavage
22%
Perturbation Theory
22%
Excited State
22%
(1+)
20%
Benzoate
20%
Potential Energy Surface
20%
Ground State
20%
Flavin
19%
Anthracene
18%
Valence
18%
Coupled Cluster
17%
Rate Constant
17%
Ribonucleotide
17%
Ferredoxin
17%
Orbital
17%
Molecular Orbital
15%
Quantum Chemistry
15%
Energy
14%
Substituent Effect
14%
Collision
13%
Transport Property
13%
Photochemical Reaction
12%
Tyrosine
12%
EPR Spectroscopy
12%
CASSCF Calculation
11%
Pyridine
11%
Phenol
11%
Thermodynamics
10%
Molecular Dynamics
10%
Dioxygen
10%
Molecule
9%
Zero Point Energy
9%
Momentum Transfer
8%
Force
8%
Zero Field Splitting
8%
Ecosystem
8%
Electron Correlation
8%
Photoexcitation
8%
Chemistry
8%
Exchange Interaction
7%
Gas
7%
Dissociation
7%
Physics & Astronomy
spin-orbit interactions
30%
electronic structure
25%
potential energy
21%
photoreceptors
20%
protons
19%
electron transfer
19%
self consistent fields
18%
collisions
18%
phenols
17%
pyridines
17%
quantum chemistry
17%
renormalization group methods
17%
cold gas
17%
anthracene
17%
inelastic collisions
16%
molecular orbitals
16%
perturbation theory
15%
ground state
15%
excitation
14%
chemistry
14%
charge transfer
13%
orbitals
13%
simulation
12%
electron paramagnetic resonance
12%
elastic scattering
12%
valence
11%
materials science
11%
atoms
11%
interactions
11%
transport properties
11%
tensors
10%
molecules
10%
energy levels
10%
molecular dynamics
10%
electrons
9%
zero point energy
9%
machine learning
8%
platforms
8%
orbits
8%
dipole moments
8%
symmetry
8%
geometry
7%
dissociation
7%
cross sections
7%
oxygen
7%
proteins
6%
induction
6%
energy
5%
methodology
5%
