irenebonati/CO2-condensation

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irenebonati/CO2-condensation

irenebonati

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1-D energy balance model (EBM) investigating the condensation of atmospheric CO2 on cold and warm rocky planets orbiting Sun-like (FGK) stars

ULVZ-thinlayer

Code applying the thin-layer equation (Hernlund and Bonati 2019) to analyze the evolution of ultralow-velocity zones (ULVZs) at Earth's core-mantle boundary (CMB).

Magnetic_Field

exo-cores

Core evolution code for rocky planets having different masses and iron contents (bulk and mantle). From Bonati et al. (2021), in review.

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