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Tomographic reconstruction of gravity wave parameters from satellite-borne airglow observations / von Rui Song. Wuppertal, 2018
Content
Introduction
Atmospheric structure
The dynamics in the mesosphere and lower thermosphere (MLT)
Atmospheric tides
Planetary waves
Atmospheric gravity waves (GWs)
Observations of GWs in the atmosphere
Chapter summary
Temperature measurements from O2 A-band airglow observations
O2 A-band airglow emission
Production and loss mechanisms
Photolysis rates
Volume emission rate
Rotational structure of the O2 A-band emission
Airglow perturbations induced by GWs
Radiative transfer
Ray tracing of line-of-sight (LOS)
Observational spectra modelling
Retrieval algorithm
Inverse problem
Regularization
Diagnostics
Chapter summary
`Target mode' 2-D tomographic reconstruction of small-scale GWs
1-D GW retrieval
2-D GW retrieval
Horizontal wavelength derivation from phase analysis
Horizontal wavelength derivation from 2-D tomography
`Target mode' observation
Observational geometry of `target mode'
Numerical simulations
Horizontal wavelength analysis
Chapter summary
`Sweep mode' 3-D tomographic reconstruction of GW parameters
`Sweep mode A' observation strategy
Observation geometry of `sweep mode A'
Case study of a GW retrieval
`Sweep mode B' observation strategy
Observation geometry of `sweep mode B'
Case study of a GW retrieval
Horizontal wavelength analysis
Chapter summary
Summary and outlook
Appendix
Line parameters of O2 A-band
Rate constants of O2 A-band volume emission
Acknowledgements
bibliography