Chemical Compounds
Partition Function
92%
Simulation
89%
Energy
80%
Density of State
75%
Carbon Dioxide
65%
Methane
65%
Gibbs Free Energy
64%
Molecular Cluster
64%
Density Functional Theory
50%
Monte Carlo Method
49%
Perturbation Theory
48%
Thermodynamic Property
46%
Force
46%
Refrigerant
46%
Exciton
45%
Thermal Conductivity
42%
Coupled Cluster Theory
41%
Mixture
40%
Orbital
40%
Molecular Crystal
39%
Carbon Fiber
37%
Spectroscopy
36%
Ab Initio Calculation
35%
Adsorption
35%
Thiophene
34%
Circular Dichroism
34%
Quantum Chemistry
33%
Difluoromethane
33%
Nanotube
33%
Proton Transfer
31%
Molecule
29%
Molecular Mechanic
28%
Solvation
27%
Statistical Ensemble
27%
Electronic Circular Dichroism
26%
Protein
26%
Partition
25%
Electronic Transition
24%
Phase Equilibria
24%
Photoionization
24%
Strength
24%
Vibrational Frequency
24%
Optical Spectroscopy
23%
Bond Order
23%
Composite Material
23%
Chemical Potential
23%
Intermolecular Force
22%
Helmholtz Free Energy
22%
Potential Energy Surface
21%
Surface Analysis
21%
Physics & Astronomy
carbon dioxide
85%
thiophenes
77%
free energy
69%
methane
66%
field theory (physics)
64%
binary mixtures
63%
partitions
61%
proteins
55%
density functional theory
54%
quantum chemistry
51%
simulation
50%
adsorption
47%
virial coefficients
42%
dichroism
41%
refrigerants
37%
energy
37%
molecules
36%
spectroscopy
36%
interactions
34%
water
32%
cysteine
32%
electronics
29%
copper
29%
thermophysical properties
29%
liquid-vapor equilibrium
27%
molecular clusters
27%
excitons
26%
energy methods
26%
polypeptides
25%
chromophores
25%
graphene
25%
electronic structure
24%
electronic spectra
23%
dimers
23%
pyrroles
23%
solvation
22%
protons
22%
molecular dynamics
21%
fullerenes
21%
assemblies
21%
methyl alcohol
21%
isomers
20%
orbitals
19%
perturbation theory
19%
performance
18%
trimers
18%
polymers
18%
thermodynamic properties
18%
trends
17%
cations
17%
Engineering & Materials Science
Organic solar cells
100%
Thiophene
89%
Adsorption
66%
Carbon dioxide
59%
Methane
57%
Molecular crystals
54%
Binary mixtures
53%
Free energy
52%
Density functional theory
45%
Thermal conductivity
43%
Excitons
42%
Carbon fibers
38%
Molecular dynamics
37%
Conversion efficiency
34%
Atoms
33%
Polymers
32%
Gels
32%
Nanosheets
31%
Chemical potential
30%
Electrons
28%
Doping (additives)
28%
Perovskite
28%
Chromophores
28%
Geopolymers
27%
Composite materials
25%
Hydrogen
24%
Graphene
24%
Volatile organic compounds
24%
Discrete Fourier transforms
23%
Vacancies
23%
Fermentation
23%
Derivatives
22%
Lithium
22%
Charge transfer
22%
Fiber reinforced materials
21%
Circular dichroism spectroscopy
21%
Potential energy surfaces
20%
Crystallization
19%
Defects
19%
Chemical analysis
18%
Thermodynamic properties
18%
Lithium sulfur batteries
17%
Lennard-Jones potential
17%
Monomers
17%
Hot Temperature
16%
Copper
16%
Perovskite solar cells
16%
Reduced Graphene Oxide
16%
Polysulfides
16%
Nucleation
16%