This package contains a python tool allowing one to get a quick estimate of mass-loss rates from planets heated by stellar XUV based on hydrodynamic modeling. This is done by interpolation within the grid of upper atmosphere models being an extension of the one presented in Kubyshkina et al., 2018. The available planetary masses are in the range of 1-109 Earth masses, the radius range is 1-10 Earth radii, and the equilibrium temperatures are 300-2000 K. The host stars are of 0.4-1.3 solar masses. For details see readme.pd
AbstractUpper atmospheres of Hot Jupiters are subject to extreme radiation conditions that can resul...
Plain text outputs, associated input files, and comparison figures for hydrosphere properties for Pl...
Hot Jupiters are a class of extra-solar planets. Massive gas giants on the same size scale as Jupite...
There is growing observational and theoretical evidence suggesting that atmospheric escape is a key ...
There is growing observational and theoretical evidence suggesting that atmospheric escape is a key ...
The NASA Kepler mission revealed the existence of a large variety of planets very different from wha...
Studies of planetary atmospheric composition, variability, and evolution require appropriate theoret...
The grid is divided into two major condensation types, rainout condensation and local condensation. ...
We present a new method to retrieve molecular abundances and temperature profiles from exoplanet atm...
The code and data associated with the paper "Dust formation in the outflows of catastrophically evap...
Context. The use of 3D hydrodynamical simulations of stellar surface convection for model atmosphere...
Aims. In this Letter, we calculate for the first time the full transonic hydrodynamic escape of an E...
Hot Jupiters are a class of extra-solar planets. Massive gas giants on the same size scale as Jupite...
Context. The current distribution of planet mass vs. incident stellar X-ray flux supports the idea t...
Accurate modeling of exoplanet atmospheres can help inform and constrain observations. Current effor...
AbstractUpper atmospheres of Hot Jupiters are subject to extreme radiation conditions that can resul...
Plain text outputs, associated input files, and comparison figures for hydrosphere properties for Pl...
Hot Jupiters are a class of extra-solar planets. Massive gas giants on the same size scale as Jupite...
There is growing observational and theoretical evidence suggesting that atmospheric escape is a key ...
There is growing observational and theoretical evidence suggesting that atmospheric escape is a key ...
The NASA Kepler mission revealed the existence of a large variety of planets very different from wha...
Studies of planetary atmospheric composition, variability, and evolution require appropriate theoret...
The grid is divided into two major condensation types, rainout condensation and local condensation. ...
We present a new method to retrieve molecular abundances and temperature profiles from exoplanet atm...
The code and data associated with the paper "Dust formation in the outflows of catastrophically evap...
Context. The use of 3D hydrodynamical simulations of stellar surface convection for model atmosphere...
Aims. In this Letter, we calculate for the first time the full transonic hydrodynamic escape of an E...
Hot Jupiters are a class of extra-solar planets. Massive gas giants on the same size scale as Jupite...
Context. The current distribution of planet mass vs. incident stellar X-ray flux supports the idea t...
Accurate modeling of exoplanet atmospheres can help inform and constrain observations. Current effor...
AbstractUpper atmospheres of Hot Jupiters are subject to extreme radiation conditions that can resul...
Plain text outputs, associated input files, and comparison figures for hydrosphere properties for Pl...
Hot Jupiters are a class of extra-solar planets. Massive gas giants on the same size scale as Jupite...