Considerations for atmospheric retrieval of high-precision brown dwarf spectra

Keyphrases

• Brown Dwarfs 100%
• Atmospheric Retrievals 100%
• Photosphere 50%
• High Signal-to-noise Ratio 50%
• Pressure-temperature 50%
• Exoplanets 50%
• T Dwarfs 50%
• Temperature Variation 25%
• Temperature Model 25%
• Adaptation 25%
• Emission Spectrum 25%
• Model Uncertainty 25%
• Temperature Profile 25%
• Thermal Emission 25%
• Hubble Space Telescope 25%
• Subsolar 25%
• Parametrized 25%
• Temperature Gradient 25%
• Solar Abundances 25%
• Temperature Structure 25%
• Spectral Resolution 25%
• Abundance Estimation 25%
• 2MASS 25%
• Simulated Dataset 25%
• Numerical Artifacts 25%
• Atmospheric Model 25%
• Atmospheric Physics 25%
• Vertical Resolution 25%
• Low Irradiation 25%
• Wide Field Camera 3 25%
• Retrieval Framework 25%
• Atmospheric Layers 25%
• Ratio Spectra 25%

Physics

• Atmospherics 100%
• Brown Dwarf 100%
• Photosphere 50%
• Signal-to-Noise Ratio 50%
• Extrasolar Planet 50%
• T Dwarf Stars 50%
• Thermal Emission 25%
• Hubble Space Telescope 25%
• Emission Spectra 25%
• Solar Abundances 25%
• Temperature Profile 25%
• Methane 25%
• Atmospheric Model 25%
• Temperature Gradients 25%
• Atmospheric Physics 25%

Earth and Planetary Sciences

• Atmospherics 100%
• Information Retrieval 100%
• Photosphere 40%
• Extrasolar Planet 40%
• Emission Spectra 20%
• Hubble Space Telescope 20%
• Atmospheric Model 20%
• Methane 20%
• Temperature Profile 20%
• Thermal Emission 20%
• Atmospheric Physics 20%