Chemistry
Vibrational Level
98%
Laser Induced Fluorescence Spectroscopy
89%
Electronic State
65%
Ground State
57%
Jet
51%
Vibronic Level
49%
Ab Initio Calculation
40%
Vibrational Energy
39%
Excited State
37%
Bending Vibration
36%
Predissociation
34%
Electronic Transition
34%
Rotational Constant
32%
Rotational Transition
31%
Vibrational State
28%
Fluorescence Lifetime
26%
Molecular Beam
24%
Excited Electronic State
20%
Fourier Transform
20%
Red
20%
Hydrogen Atom
18%
Far-Infrared Spectrum
17%
Laser Spectroscopy
17%
Photodissociation
17%
Renner-Teller Effect
17%
Cation
17%
Emission Spectra
16%
Internal Conversion
13%
Vibronic Coupling
13%
Photolysis
13%
Wavenumber
13%
Vibrational Frequency
13%
Scandium
13%
Fluorescence Excitation Spectrum
12%
Purity
11%
Harmonic Oscillator
11%
Ionization Potential
10%
Angular Momentum
10%
Translational Energy
8%
Fluorescence Spectrum
8%
Conformational Isomer
8%
Azulene
8%
Hydrogen Cyanide
8%
Cis Isomer
8%
Single Bond
8%
Fourier Transform Infrared Spectrum
8%
Microwave Spectra
8%
Spin-Rotation Constant
8%
Bond Length
8%
Double Bond
8%
Keyphrases
Vibrational Levels
100%
Laser-induced Fluorescence
77%
Acetylene
59%
Vibronic Levels
41%
Electronic States
35%
Electronic Transitions
34%
Bending Vibration
33%
Rotational Levels
33%
Ab Initio Calculations
32%
Vibrational Energy
30%
Predissociation
26%
Rotational Constants
25%
Spectroscopic Parameters
24%
Excited Electronic States
23%
Fluorescence Lifetime
23%
Supersonic Jet
23%
X States
23%
Combination Difference
21%
High-resolution
21%
Vibrational States
21%
Vibrational Structure
20%
Rotational Structure
19%
Van Der Waals Complex
19%
Two-level
18%
Far-infrared Spectra
17%
C3aR
17%
Laser Spectroscopy
17%
Pure Rotational Transitions
17%
Fourier Transform Spectra
17%
Photodissociation
17%
Emission Spectrum
16%
Excitation Spectrum
15%
Photofragment
13%
Ground Electronic State
13%
Vibronic
13%
Molecular Beam
13%
Allowed Transitions
13%
Forbidden Transitions
13%
Rotational Analysis
13%
Laser Excitation
13%
Rotational Transitions
13%
Ground Vibrational State
13%
Submillimeter-wave
13%
Vibration-rotational Transitions
13%
Transition Frequency
13%
Wave number
13%
Rotational Band
13%
Renner-Teller Effect
13%
Excited States
13%
Electronic Structure
13%
