Keyphrases
Rosetta
100%
Neural Network Method
100%
Terminal Velocity
100%
Orbiter
100%
Microwave Instruments
100%
Spectral Lines
42%
Neural Network
28%
Temporal Evolution
14%
Comet 67P
14%
Churyumov-Gerasimenko
14%
Training Set
14%
Column Density
14%
Rosetta Spacecraft
14%
Coma
14%
Spectroscopic Measurement
14%
Parameter Estimation
14%
Nonlinear Algorithm
14%
Velocity Profile
14%
Expansion Velocity
14%
Optically Thick
14%
In Situ Measurements
14%
Rotational Transitions
14%
Cometary Atmospheres
14%
Measured Spectrum
14%
Four-layer
14%
Column Temperature
14%
Fully Saturated
14%
Simulated Spectra
14%
Doppler Shift
14%
Density Expansion
14%
Functional Output
14%
Non-LTE
14%
Stability Accuracy
14%
Functional Relationship
14%
Engineering
Neural Network Approach
100%
Terminal Velocity
100%
Spectral Line
33%
Rotational
16%
Estimated Parameter
16%
Measured Spectrum
16%
Doppler Effect
16%
Situ Measurement
16%
Velocity Profile
16%
Layer Network
16%
Line Spectrum
16%
Temporal Evolution
16%
Functional Relationship
16%
Carry Information
16%
Physics
Neural Network
100%
Terminal Velocity
100%
Line Spectra
50%
Spacecraft
16%
Coma
16%
In Situ Measurement
16%
Cometary Atmosphere
16%
Doppler Effect
16%
Gas Physics
16%
Earth and Planetary Sciences
Terminal Velocity
100%
Line Spectra
50%
Temporal Evolution
16%
Spacecraft
16%
Velocity Distribution
16%
In Situ Measurement
16%
Cometary Atmosphere
16%