Case study of inclined sporadic E layers in the Earth's ionosphere observed by CHAMP/GPS radio occultations: Coupling between the tilted plasma layers and internal waves

Keyphrases

• Global Positioning System 100%
• Radio Occultation 100%
• Minisatellite 100%
• Earth's Ionosphere 100%
• Internal Waves 100%
• Sporadic E Layer 100%
• Plasma Layer 100%
• Internal Gravity Waves 100%
• Phase Speed 33%
• Wave Period 33%
• CHAMP 33%
• Radio Occultation Data 33%
• Ionosphere 33%
• Satellite Data 33%
• Wave Propagation 33%
• Ionospheric Structure 33%
• Tilt Angle 33%
• Wave Frequency 33%
• Sporadic E 33%
• Plasma Density 33%
• Density Gradient 33%
• High-latitude Ionosphere 33%
• Signal Variation 33%
• Phase Path 33%
• Perigee 33%
• Spatial Displacement 33%
• Propagation Vector 33%
• Height Correction 33%
• Phase Front 33%
• Inclination Correction 33%
• Correction Value 33%
• Ionization Layer 33%

Earth and Planetary Sciences

• Global Positioning System 100%
• Radio Occultation 100%
• Earth Ionosphere 100%
• Internal Wave 100%
• Sporadic E Layer 100%
• Gravity Wave 75%
• Ionospherics 25%
• Satellite Data 25%
• Diffraction 25%
• Plasma Density 25%
• Surface Layers 25%

Engineering

• Internals 100%
• Global Positioning System 100%
• Internal Wave 100%
• Gravity Wave 100%
• Phase Speed 33%
• Density Gradient 33%
• Phase Path 33%
• Plasma Density 33%
• Surface Layers 33%