Stellar models including atomic diffusion processes (gravitational settling, radiative accelerations, thermal diffusion, in addition to the purely diffusive term) have now been evolved throughout most of stellar evolution. We review some of the major roles of diffusion processes in stellar evolution. The emphasis is on interior properties. Examples include Populations I and II stars. It is emphasized that competing advective processes such as mass loss or meridional circulation modify internal concentrations differently from turbulent diffusion even when they lead to the same surface abundances. Radiative accelerations play a major role in horizontal branch and sdB stars
In this paper, I explore various transport processes that have a large impact of the distribution o...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Atomic diffusion, including the effect of radiative accelerations on individual elements, leads to v...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
It is clear that in order to explain many observed stellar phenomenae, atomic diffusion must be incl...
We introduce the mixing resulting from the radiative diffusivity associated with the radiative visco...
Atomic diffusion can have detectable effects in many kinds of stars, each time that mixing processes...
Atomic diffusion in stars is efficient in changing the distribution of elements slowly but strongly ...
Chemical transport mechanisms are a key ingredient in stellar modelling. One of the most important i...
Context. Diffusion of atoms can be important during quiescent phases of stellar evolution. Particula...
Context. The stellar evolution code Modules for Experiments in Stellar Astrophysics (MESA) is public...
Atomic di usion, including the effect of radiative accelerations on individual elements, leads to va...
Context. Diffusion of atoms can be important during quiescent phases of stellar evolution. Particula...
Context. Chemical composition is an important factor that affects stellar evolution. The element abu...
Due to radiative acceleration and gravitational settling, stars would display vast differences in th...
In this paper, I explore various transport processes that have a large impact of the distribution o...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Atomic diffusion, including the effect of radiative accelerations on individual elements, leads to v...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
It is clear that in order to explain many observed stellar phenomenae, atomic diffusion must be incl...
We introduce the mixing resulting from the radiative diffusivity associated with the radiative visco...
Atomic diffusion can have detectable effects in many kinds of stars, each time that mixing processes...
Atomic diffusion in stars is efficient in changing the distribution of elements slowly but strongly ...
Chemical transport mechanisms are a key ingredient in stellar modelling. One of the most important i...
Context. Diffusion of atoms can be important during quiescent phases of stellar evolution. Particula...
Context. The stellar evolution code Modules for Experiments in Stellar Astrophysics (MESA) is public...
Atomic di usion, including the effect of radiative accelerations on individual elements, leads to va...
Context. Diffusion of atoms can be important during quiescent phases of stellar evolution. Particula...
Context. Chemical composition is an important factor that affects stellar evolution. The element abu...
Due to radiative acceleration and gravitational settling, stars would display vast differences in th...
In this paper, I explore various transport processes that have a large impact of the distribution o...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Atomic diffusion, including the effect of radiative accelerations on individual elements, leads to v...