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Chemistry
electronics
62%
Noble Gas Atom
57%
Spectroscopy
44%
Tetracene
44%
Energetics
43%
Rydberg State
39%
Excited State
37%
Jet
35%
Supersonic Beams
31%
Vibrational Excitation
25%
Isomerization
23%
Metal-Nonmetal Transition
22%
Ionization Potential
19%
Kinetic Energy
18%
Laser Induced Fluorescence Spectroscopy
18%
Benzene
16%
Two-Photon Ionization
15%
Vibrational Energy
14%
formation
14%
Molecular Dynamics Simulation
14%
Anthracene
13%
Vibrational Level
13%
Relaxation
13%
Pentacene
12%
Line Broadening
12%
Porphyrin
12%
Cation
12%
Electronic Excitation
12%
Electronic Spectroscopy
11%
Chemical Kinetics Characteristics
11%
Solvation
11%
Laser Spectroscopy
11%
Molecular Cluster
11%
Linewidth
11%
Electric Field
10%
Excited Singlet State
10%
Ovalene
10%
Fluorescence Excitation Spectrum
10%
Ammonia
10%
Cluster Ion
9%
Perylene
9%
Base
9%
Trans-Stilbene
9%
Nickelocene
9%
Xenon
9%
Metal Insulator Transition
9%
Binding Energy
9%
Aniline
9%
Zero Electron Kinetic Energy
8%
Magnetic Field
7%
Keyphrases
Supersonic Beams
43%
Supersonic Expansion
41%
Heterocluster
26%
Mercury
26%
Tetracene
26%
Metal-nonmetal Transition
26%
Rare Gases
23%
Large Molecules
23%
Van Der Waals Complex
22%
Rydberg States
21%
Ultracold
19%
Excited States
17%
Van Der Waals Molecules
17%
Aromatic Molecules
17%
Level Structure
17%
Vibrational Excitation
16%
Energy-resolved
15%
Aniline
14%
Ionization Potential
13%
Supersonic Jet
13%
Hall Mobility
12%
Metal-insulator Transition
12%
Molecular Clusters
12%
Molecular Rydberg States
12%
Energy Range
11%
REMPI
11%
Laser-induced Fluorescence
11%
Cluster Size
11%
Isomerization
11%
Cluster Impact
11%
Electronic Spectroscopy
11%
Xenon
11%
Spectral Shift
10%
Nuclear Dynamics
10%
Benzene
10%
Cm(III)
10%
Singlet Excited State
10%
Expanded Liquid
10%
Van Der Waals
9%
Atomic Percentage
9%
Electronic Relaxation
9%
Isotope Separation
9%
Elevated Temperature
9%
Coilgun
9%
Size Dependence
9%
Anthracene
9%
Molecular Dynamics Simulation
9%
Molecular Beam
8%
Vibrational Energy
8%
Non-rigid
8%
Physics
Supersonics
100%
Rare Gas
34%
Molecular Beam
21%
Molecular Cluster
14%
Isotope Separation
12%
Photoelectric Emission
11%
Magnetic Field
10%
Conductance
10%
Matter Wave
9%
Mass Spectrometer
9%
Energetics
8%
Molecular Dynamics
8%
Lineshape
7%
Electromagnetism
7%
Diffraction
7%
Charge Transfer
6%
Binding Energy
6%
Electron Emission
6%
Impact Velocity
6%
Rydberg State
6%
Elevated Temperature
6%
Laser Spectroscopy
6%
Photoelectron Spectroscopy
6%
Magnetic Resonance
6%
Linewidth
5%
Mass Spectroscopy
5%
Specific Heat
5%
Optical Property
5%
Ionization Potential
5%
Entropy
5%
Isomerization
5%
Electric Field
5%
