Development of a small satellite remote sensing payload for passive limb sounding of the atmospheric oxygen emission / Michael Deiml. Wuppertal, 2017
Inhalt
- Introduction
- Background and Scientific Justification
- The Mesosphere/ Lower Thermosphere (MLT)
- Gravity Waves
- Temperature Measurement Strategies for the MLT
- Relevant Past, Current, and Future Remote Sensing Satellites
- CubeSats and their Scientific Value
- Scientific Objectives and Requirements of the Satellite Mission
- AtmoCube-1 Mission Overview
- Measurement Simulation
- Instrument Development
- Instrument Design Parameter
- Optical Design and Analysis
- Structural Design
- Thermal Design
- Electrical Design
- Characterization and Calibration
- Pixel Response Non-Uniformity Correction
- Dark Current Removal
- Flat-Fielding
- Phase Correction
- Relative Calibration
- Applied Post-Processing in this Work
- Verification
- Discussion
- Summary and Future Applications
- Literature
- List of Figures
- List of Tables
- Appendix AtmoCube-1 Mission Overview
- Electrical Power Subsystem
- Communication and Power Distribution Architecture
- Datarate and Communication Budget
- Mass Budget
- Technology Readiness Levels (TRLs) of Subsystems
- Appendix Measurement Simulation
- Appendix Instrument Design
- Instrument Design Parameter
- Optical Bandpass Filter Properties
- Grating Diffraction Equation
- SHS Field-Widening Prism Angle Temperature Dependence
- SHS Design
- View Factor Calculation for Straylight Analysis
- Appendix Verification