Tidal forcing effects on the zonal variation of solstice equatorial plasma bubbles

Keyphrases

• Solstice 100%
• Equatorial Plasma Bubbles 100%
• Tidal Force 100%
• Ion Drift 66%
• Lower Thermosphere 50%
• Nighttime 33%
• Central Pacific 33%
• Mesosphere 33%
• Zonal Wavenumber 33%
• African Sector 33%
• Central Africa 33%
• Stationary Planetary Waves 33%
• Pacific Sector 33%
• Wave Component 33%
• Two-sector 33%
• Tidal Constituents 33%
• Local Time 16%
• Equinox 16%
• Frequency of Occurrence 16%
• Seasonal Variation 16%
• FORMOSAT-3 16%
• Electron Density 16%
• Scintillation 16%
• Mid-latitude 16%
• Numerical Experiments 16%
• Neutral Wind 16%
• Thermosphere-ionosphere 16%
• E-region 16%
• Gravity Waves 16%
• Plasma Bubbles 16%
• Electrodynamics 16%
• General Circulation Models 16%
• Sunset 16%
• Ionogram 16%
• Dynamo 16%
• Satellite Signals 16%
• Satellite Communication 16%
• Bubble Formation 16%
• Local Time Variation 16%
• Magnetic Declination 16%
• Plasma Depletion 16%
• Mid-latitude Region 16%
• Rayleigh-Taylor Instability 16%
• Boreal Summer 16%
• Ionospheric F Regions 16%
• Equatorial Waves 16%
• Communication Signal 16%
• Vertical Plasma Drift 16%
• Zonal Distribution 16%

Earth and Planetary Sciences

• Plasma Bubbles 100%
• Lower Thermosphere 42%
• Ionospherics 28%
• Atmospherics 28%
• Central Pacific 28%
• COSMIC 28%
• Mesosphere 28%
• Annual Variation 14%
• FORMOSAT 14%
• Electron Density 14%
• Thermosphere 14%
• E Region 14%
• Gravity Wave 14%
• Night Sky 14%
• Plasma Drift 14%
• Electrodynamics 14%
• General Circulation Model 14%
• Ionograms 14%
• Spread F 14%
• Equatorial Wave 14%
• Magnetic Declination 14%
• Taylor Instability 14%
• Satellite Navigation 14%