Chemistry
Simulation
100%
Molecular Dynamics
89%
Path Integral
86%
Fermion
49%
Carbonic Acid
35%
Molecular Crystal
32%
Monte Carlo Method
29%
Vibrational Spectroscopy
28%
Decomposition
25%
Wave Function
23%
Molecular Cluster
23%
Normal Modes
22%
Charge Separation
21%
Electronic State
21%
Time
21%
Molecule
20%
Mean-Field Theory
19%
Autocorrelation Function
19%
Surface Water
18%
Sampling
17%
Energy
17%
Application
16%
Bond Order
15%
Cryogenics
14%
Nuclear Wave Function
14%
Electron Gas
13%
Gas
13%
Strength
12%
Quantum Dot
11%
Pressure
11%
Size Distribution
11%
Melting
11%
Tris
11%
Reaction Activation Energy
10%
Boson
10%
Nucleation
10%
Entropy
10%
Collision
10%
Compound Isomer
9%
Force
8%
Liquid
8%
Electron Particle
8%
Spectroscopy
8%
Amine
8%
Thermodynamics
8%
Proton Transfer
7%
Hydrogen
7%
Disorder
7%
Nucleobase
7%
Nanocrystal
7%
Physics & Astronomy
molecular dynamics
80%
simulation
62%
trajectories
36%
water
36%
carbonic acid
35%
fermions
25%
polarization (charge separation)
24%
molecules
21%
sampling
21%
surface water
21%
spectroscopy
20%
decomposition
20%
electronic structure
19%
trinitrotoluene
17%
polymorphism
17%
glycine
16%
chemical reactions
15%
accommodation
15%
amines
15%
wave functions
15%
ice
14%
inference
14%
atoms
14%
nanoclusters
14%
vapor phases
14%
predictions
14%
crystals
13%
kinetics
13%
ligands
13%
isomers
13%
autocorrelation
12%
extrapolation
12%
cryogenics
12%
deuterium
12%
hydrogen
12%
reaction kinetics
12%
trapping
11%
nucleation
11%
costs
11%
liquids
11%
products
10%
flux density
10%
melting
10%
quantum dots
10%
entropy
9%
electron beams
9%
copper
9%
permutations
9%
dimers
9%
scaling
9%
Engineering & Materials Science
Molecular crystals
53%
Molecular dynamics
48%
Molecules
35%
Computer simulation
29%
Vibrational spectroscopy
25%
Crystals
24%
Amino acids
23%
Water
21%
Decomposition
19%
Wave functions
18%
Polymorphism
16%
Activation energy
16%
Protein folding
16%
Hydrogen
15%
Electron beams
15%
Spectroscopy
14%
Reaction kinetics
14%
Cryogenics
13%
Ice
13%
Melting
12%
Ions
12%
Acids
12%
Stretching
11%
Nucleation
11%
Entropy
11%
Liquids
11%
Trajectories
10%
Gases
9%
Sampling
9%
Nitrogen
9%
Peptides
8%
Inelastic scattering
8%
Linewidth
8%
Degrees of freedom (mechanics)
7%
Electron diffraction
5%
Deposition rates
5%
Carbon clusters
5%