INIS
harmonics
80%
water
77%
molecules
77%
scattering
66%
evaluation
66%
levels
58%
atoms
57%
second-harmonic generation
55%
fluorescence
46%
investigations
44%
dispersions
40%
proteins
40%
chemistry
40%
density functional method
40%
dynamics
34%
quantum mechanics
33%
approximations
33%
methanol
33%
dimethyl ether
33%
time dependence
33%
nonlinear optics
33%
electronic structure
33%
depolarization
27%
absorption
26%
applications
26%
values
22%
acetonitrile
22%
electric fields
22%
chloromethane
22%
carbon tetrachloride
22%
dichloromethane
22%
chloroform
22%
photons
20%
reviews
20%
response functions
17%
experimental data
13%
comparative evaluations
13%
microscopy
13%
excited states
13%
ground states
13%
liquids
11%
decomposition
11%
solvation
11%
gases
11%
correlations
11%
electron correlation
11%
methane
11%
chlorine
11%
reliability
11%
tensors
11%
geometry
6%
accuracy
6%
design
6%
prediction
6%
cost
6%
energy
6%
resonance
6%
configuration
6%
size
6%
implementation
6%
nonlinear problems
6%
tryptophan
6%
molecular structure
6%
calculation methods
6%
peptides
6%
nanoparticles
6%
polarizability
5%
Chemistry
Coupled Cluster
100%
Hyperpolarizability
83%
Second-Harmonic Generation
55%
CCSD
36%
Dimethyl Ether
33%
Chloromethane
33%
Acetonitrile
33%
Carbon Tetrachloride
33%
Methanol
33%
Dichloromethane
33%
Chloroform
33%
Purity
25%
Electric Field
22%
Response Function
17%
Polarizability
16%
Chlorine Atom
16%
Solvation
16%
Electron Correlation
16%
Methane
16%
Stretching Vibration
8%
Anharmonicity
8%
Time-Dependent Density Functional Theory
6%
Quantum Chemistry
6%
Density Functional Theory
6%
Quantum Mechanics
6%
Excited State Absorption
6%
Keyphrases
Third Harmonic
33%
Cluster Investigation
33%
Cluster Evaluation
33%
Second Harmonic Scattering
27%
Electronic Structure Theory
25%
Chlorinated Methane
16%
Spherical Tensors
16%
Cluster Response
16%
Electronic Structure Methods
16%
Bacteriorhodopsin
13%
Function Approach
11%
Scattering Ratio
11%
Futures Methods
8%
Excited State Absorption
8%
Exact Integrals
8%
Dual Threshold
6%
Configuration Selection
6%
GFN2-xTB
6%
Differentiation Method
5%
Perturbative Theory
5%
Finite Differentiation
5%