Mass loss evolution and the formation of detached shells around TP-AGB stars
Lars Mattsson, S. Höfner, Falk Herwig
Abstract
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Lars Mattsson, S. Höfner, Falk Herwig
Abstract
Open-access reader
Context. The origin of the so called “detached shells” around AGB stars is not fully understood, but two common hypotheses state that these shells form either through the interaction of distinct wind phases or an eruptive mass loss associated with a He-shell flash. We present a model of the formation of detached shells around thermal pulse asymptotic giant branch (TP-AGB) stars, based on detailed modelling of mass loss and stellar evolution, leading to a combination of eruptive mass loss and wind interaction.
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Context. The origin of the so called “detached shells” around AGB stars is not fully understood, but two common hypotheses state that these shells form either through the interaction of distinct wind phases or an eruptive mass loss associated with a He-shell flash. We present a model of the formation of detached shells around thermal pulse asymptotic giant branch (TP-AGB) stars, based on detailed modelling of mass loss and stellar evolution, leading to a combination of eruptive mass loss and wind interaction.
Key concepts: Physics, Astrophysics, Stars, Asymptotic giant branch, Stellar evolution, Context (archaeology), Stellar mass loss, Thermal