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Tomographic observations of gravity waves with the infrared limb imager GLORIA / Isabell Krisch. Jülich : Forschungszentrum Jülich GmbH, Zentralbibliothek, Verlag, [2020] ; © 2020
Content
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Introduction
Gravity wave theory
Dispersion relation
Polarisation relations
Wave propagation
Sources
Orography
Non-orographic sources
Convection
Jets and fronts
Data acquisition
Aircraft measurement campaign
Gimballed Limb Observer for Radiance Imaging of the Atmosphere (GLORIA)
Measurement concept
Level 2 processing
Forward model and measurement simulator
Retrieval
Diagnostics
Scientific flight planning
AIRS
Analysis and reanalysis model data
Wave characterisation
Scale separation
Spectral analysis
The measurement sensitivity of GLORIA to gravity waves
Concept of the sensitivity study
FAT
LAT
Dependence on horizontal and vertical wavelengths
Dependence on wave orientation
Comparison of LAT and FAT for a real measurement case
Conclusions
The importance of 3-D wave propagation – a case study observed above Iceland on 25 January 2016
Synoptic situation
GLORIA measurement results
Wave characterisation
Wave source and propagation
Comparison to AIRS measurements
Conclusions
The importance of non-linear processes – a case study observed above Scandinavia on 28 January 2016
Synoptic situation
GLORIA measurement results and wave characterization
Wave sources and propagation
Comparison to AIRS measurements
Conclusions
Summary and outlook
Error analysis of the ray tracing calculations
Impact of black-body inhomogeneity on the retrieval results of GLORIA
Radiometric calibration
Impact of black-body temperature uncertainty on radiances
Concept of the used Monte Carlo approach
Study results and discussion
List of figures
List of tables
List of abbreviations
List of symbols
Bibliography
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