Magnesium in the atmosphere of the planet HD 209458 b: Observations of the thermosphere-exosphere transition region

Physics

• Atmospheric Attenuation 50%
• Atmospherics 75%
• Exosphere 100%
• Extrasolar Planet 25%
• Hot Jupiters 25%
• Hubble Space Telescope 25%
• Numerical Model 25%
• Photoionization 25%
• Planetary Atmosphere 100%
• Planetary Atmosphere 25%
• Radial-Velocity Method 25%
• Radiation Pressure 25%
• Space Telescope 25%
• Spectrographs 25%
• Stellar Radiation 25%
• Thermosphere 100%
• Upper Atmosphere 50%

Keyphrases

• Absorption Lines 8%
• At a Distance 8%
• Atmospheric Absorption 16%
• Atmospheric Escape 16%
• Cm(III) 8%
• Dielectronic Recombination 8%
• Electron Density 8%
• Escape Rate 16%
• Exobase 16%
• Exoplanets 8%
• Exosphere 100%
• High Altitude 8%
• High Temperature 8%
• Hot Jupiters 8%
• Hubble Space Telescope 8%
• Hydrodynamic Escape 8%
• Imaging Spectrometer 8%
• Ionized Magnesium 8%
• Low Altitude 8%
• Magnesium 100%
• Mg(II) 8%
• Model Prediction 8%
• Near Ultraviolet 8%
• Numerical Model 8%
• Photoionization 8%
• Planetary Atmospheres 8%
• Planetary Transits 8%
• Radial Velocity 8%
• Radiation Pressure 8%
• Space Telescope 8%
• Thermal Inversion 8%
• Thermal Structure 8%
• Thermosphere 100%
• Transit Observations 16%
• Transition Region 100%
• Upper Atmosphere 16%
• Velocity Range 8%