Lyman α airglow emission: Implications for atomic hydrogen geocorona variability with solar cycle

Keyphrases

• Atomic Hydrogen 100%
• Solar Cycle 100%
• Airglow Emission 100%
• Ultraviolet Imager 100%
• Geocorona 100%
• Radiative Transport 66%
• Solar Activity 66%
• Dayside 66%
• Transport Model 33%
• Multiple Scattering 33%
• Scanned Data 33%
• Model Accuracy 33%
• Transport Modeling 33%
• Model Specification 33%
• Radiance 33%
• H-distribution 33%
• Mesosphere 33%
• Semi-empirical Model 33%
• Exosphere 33%
• Thermosphere 33%
• Thermosphere-ionosphere 33%
• Data-model Comparison 33%
• Satellite-based 33%
• Radiance Measurement 33%
• Solar Cycle Variation 33%
• Nightside 33%
• Exobase 33%
• NRLMSISE-00 33%
• Limb Scan 33%
• Relative Variation 33%
• Termbase 33%
• Geotail 33%

Earth and Planetary Sciences

• Emissions 100%
• Atmospheric Emission 100%
• Solar Cycle 100%
• Solar Activity 50%
• Thermosphere 50%
• Mesosphere 25%
• Spacecraft 25%
• Exosphere 25%
• Earth Limb 25%