Chemistry
Rotational Spectra
100%
Fourier Transform Microwave Spectroscopy
97%
Rotational Transition
86%
Rotational Constant
84%
Purity
76%
Microwave Spectra
71%
Fourier Transform
59%
Jet
53%
Centrifugal Distortion Constant
51%
Ground State
50%
Spectroscopy
47%
ESR-hyperfine Coupling Constant
41%
Laser Induced Fluorescence Spectroscopy
41%
Ab Initio Calculation
38%
Electronic State
37%
Hyperfine Structure
33%
Spectroscopy
30%
Conformational Isomer
30%
Internal Rotation
28%
Molecular Structure
24%
Microwave Spectroscopy
24%
electronics
21%
Potential Energy Surface
21%
Bond Length
19%
Intermolecular Potential
18%
Fluorescence Spectrum
17%
Acid Dissociation Constant
17%
Magnetism
16%
Electric Discharge
16%
formation
15%
Vibrational State
15%
Hydrogen
14%
Laser Spectroscopy
14%
Centrifugal Distortion
13%
Excited State
13%
Nuclear Spin
13%
Internuclear Double Resonance Spectroscopy
13%
Spin-Rotation Coupling
12%
Quadrupole Coupling
12%
Vibrational Frequency
12%
Hyperfine Splitting
12%
Rotational Spectroscopy
12%
Glow Discharge
12%
Hyperfine Interaction
11%
Dipole Moment
11%
Vibronic Level
10%
Vibrational Level
10%
Radical (Chemistry)
9%
Monomer
9%
Hydroperoxide
9%
Keyphrases
Fourier Transform Microwave Spectroscopy
99%
Rotational Spectrum
91%
Rotational Constants
78%
Microwave Spectrum
72%
Fourier Transform
59%
Hyperfine Coupling Constant
54%
Molecular Constant
50%
Rotational Transitions
50%
Microwave Spectrometer
48%
Criegee Intermediates
43%
Centrifugal Distortion Constant
41%
Nozzle
39%
Pulsed Discharge
35%
Hyperfine Structure
30%
Laser-induced Fluorescence Spectroscopy
27%
Pure Rotational Transitions
26%
Spin-rotation Coupling
26%
Ab Initio Calculations
25%
TMC1
23%
Millimeter Wave
23%
Microwave Spectroscopy
22%
Internal Rotation
22%
Supersonic Jet
21%
Molecular Structure
21%
Ground Electronic State
19%
In Parenthesis
19%
Interaction Constant
19%
Acetylene
17%
Submillimeter-wave
16%
Vibronic Bands
16%
CH2OO
16%
Gas Phase
15%
FTMW Spectroscopy
15%
Unpaired Electrons
15%
Vibronic States
14%
Isotopic Species
14%
Least-squares Analysis
13%
Gas Mixture
13%
Intermolecular Potential Energy Surface
13%
Deuteration
13%
Proton
13%
Methyl
12%
Double Resonance
12%
Supersonic Free Jet
12%
Rotational Spectroscopy
12%
Laser-induced Fluorescence
12%
Laboratory Detection
12%
Double Resonance Spectroscopy
12%
Free Radicals
12%
Frequency Region
11%