Chemistry
electronics
100%
Energetics
67%
Noble Gas Atom
63%
Excited State
49%
Electron Transport
47%
Relaxation
47%
explosion
43%
Molecular Dynamics
29%
Benzene
28%
formation
26%
Exciton
25%
Anthracene
24%
Isomerization
24%
Jet
24%
Electronic State
24%
Band Gap
23%
Absorption Spectra
23%
Vibrational Energy
23%
Spectroscopy
22%
Solvation
21%
Predissociation
21%
Nuclear Fusion
20%
Lineshape
19%
Isolated Molecule
19%
Vibrational Relaxation
19%
Tetracene
19%
Molecular Cluster
18%
Naphthalene
18%
Fluorescence Resonance Energy Transfer
18%
Excited Singlet State
17%
Radiationless Transition
17%
Vibrational Excitation
16%
Aqueous Solution
16%
Photosynthesis
15%
Deuterium
15%
Quantum Yield
15%
Photodissociation
15%
DNA
15%
Molecular Crystal
15%
Ground State
14%
Helium
14%
Excited Electronic State
14%
Xenon
14%
Kinetic Energy
13%
Electronic Transition
13%
Donor
12%
Hydrogen
11%
Rydberg State
11%
Electronic Excitation
11%
Surface Potential
11%
Keyphrases
Large Molecules
52%
Coulomb Explosion
51%
Rare Gases
46%
Excited States
43%
Excess Electron
34%
Heterocluster
32%
Electron Transfer
31%
Cluster Size
29%
Electronic Relaxation
29%
Benzene
25%
Laser Field
25%
Temperature Effect
24%
Aqueous Solution
23%
Anthracene
23%
Ultra-intense Laser
22%
Electronic Energy Transfer
22%
Supersonic Expansion
22%
Spectral Shift
22%
Level Structure
22%
Molecular Clusters
21%
Nuclear Dynamics
21%
Molecular Crystals
20%
Electronic States
20%
Nuclear Fusion
19%
Molecular Dynamics Simulation
18%
Size Dependence
18%
Energy Gap
17%
Singlet Excited State
17%
Vibrational Excitation
17%
High Energy
17%
Van Der Waals Molecules
16%
Naphthalene
16%
Vibrational Energy
16%
Radiationless Transition
16%
Supersonic Jet
16%
Vibrational Relaxation
15%
Explode
15%
Aromatic Molecules
15%
Nanoplasma
15%
Nanodroplets
15%
Isolated Molecules
15%
Non-radiative Decay
15%
Superexchange
15%
Tetracene
14%
Excited Electronic States
14%
Van Der Waals Complex
14%
Time-resolved
14%
Absorption Spectra
14%
Impurity States
14%
Diatomic Molecules
14%
