petitRADTRANS.temperature_profiles.molliere#
Functions#
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Self-luminous retrieval P-T model. |
Module Contents#
- petitRADTRANS.temperature_profiles.molliere.molliere_2020_temperature_profile(temperature_nodes, delta, alpha, t_internal, pressures, metallicity, co_ratio, conv)#
Self-luminous retrieval P-T model. Args:
- temperature_nodesjnp.array([t1, t2, t3])
temperature points to be added on top radiative Eddington structure (above tau = 0.1). Use spline interpolation, t1 < t2 < t3 < tconnect as prior.
- deltafloat
proportionality factor in tau = delta * pressures_cgs**alpha
- alphafloat
power law index in tau = delta * pressures_cgs**alpha For the tau model: use proximity to kappa_rosseland photosphere as prior.
- t_internalfloat
internal temperature of the Eddington model
- pressuresjnp.ndarray
input pressure profile in bar
- convbool
enforce convective adiabat yes/no
- co_ratiofloat
C/O for the nabla_ad interpolation
- metallicityfloat
metallicity for the nabla_ad interpolation
- Returns:
- Tretjnp.ndarray
The temperature as a function of atmospheric pressure.