INIS
temperature dependence
100%
laser spectroscopy
85%
spectrometers
82%
temperature range 0273-0400 k
78%
lasers
71%
comparative evaluations
71%
acetylene
64%
vibrational band
53%
range
46%
semiclassical approximation
42%
line broadening
42%
experimental data
39%
low temperature
39%
values
35%
pressure dependence
32%
excitation
32%
absorption
28%
confinement
21%
line widths
21%
xenon
21%
ethylene
21%
gases
21%
voigt effect
21%
calibration
21%
hydrogen
21%
methane
21%
coupling
21%
surface potential
21%
accuracy
17%
combustion
14%
quantum numbers
14%
surfaces
14%
potential energy
14%
men
10%
velocity
10%
mixtures
10%
beams
10%
nitrogen
10%
concentration dependence
10%
approximations
7%
theoretical data
7%
laplace transformation
5%
Keyphrases
Shift Coefficient
42%
Collisional Shift
32%
Dicke Narrowing
21%
Diode Laser Spectroscopy
21%
Semiclassical Methods
21%
Quantum Method
21%
Coupling State
21%
Isolated Lines
21%
Dipole Autocorrelation Function
21%
N2-broadening Coefficients
21%
Voigt Effect
21%
Pressure Dependence
21%
12CH4
21%
Potential Surface
21%
Comparison Experiment
21%
Room Temperature
21%
Pressure Broadening Coefficient
14%
Close-coupling
14%
Methane
10%
Data Reporting
10%
Molecular Gas
10%
Laser Spectrometer
10%
Adjusting Parameters
10%
Doppler Effect
10%
Classical Molecular Dynamics Simulations
10%
Lorentz
10%
Shape Model
10%
Ab Initio Modeling
10%
Diode Laser
10%
Translational Velocity
10%
State Change
10%
Physically-based
10%
Empirical Line Method
10%
Line Shape Parameters
10%
Fourier-Laplace Transform
10%
Profile Model
10%
Dependence Effect
10%
Spectral Range
10%
P-branch
10%
H-line
10%
Analytical Potential
10%
Sobel
10%
Combustion Diagnostics
10%
Nitrogen Pressure
10%
Optical Diagnostics
10%
Voigt Line Profile
10%
Published Results
10%
Ab Initio Potential Energy Surface
7%
Approximate Method
7%
State Theory
7%
Physics
Temperature Dependence
96%
Laser Spectroscopy
85%
Laser Spectrometer
71%
Room Temperature
64%
Lineshape
60%
Pressure Dependence
32%
Ethylene
21%
Linewidth
21%
Quantum Number
21%
Methane
21%
Pressure Broadening
21%
Pressure Shift
21%
Voigt Effect
21%
Potential Energy
21%
Combustion Diagnostics
10%
Concentration Dependence
10%
