Atomic diffusion can have detectable effects in many kinds of stars, each time that mixing processes are not efficient enough to prevent the build up of abundance stratifications. In this talk, after presentation of some general aspects about diffusion processes in stars, I will discuss the role of radiative acceleration which is one of the important quantities determining diffusion velocities. I will also discuss some aspects specific to stellar atmospheres, in particular for stars exhibiting strong magnetic fields
Element diffusion in the atmospheres of magnetic, chemically peculiar upper main sequence (CP) star...
Atomic diffusion has been found to play a role during most stellar evolution stages. Its effect is s...
Context. The treatment of diffusion in stellar atmospheres of chemically peculiar stars is complex a...
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 ...
International audienceAtomic diffusion processes may significantly change the distribution of chemic...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
Atomic diffusion in stars may affect element distributions in layers where mixing motions are weak e...
Chemical transport mechanisms are a key ingredient in stellar modelling. One of the most important i...
Stellar models including atomic diffusion processes (gravitational settling, radiative accelerations...
International audienceAims.The present paper addresses some of the problems in the buildup of elemen...
Context. Chemical composition is an important factor that affects stellar evolution. The element abu...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Aims. The present paper addresses some of the problems in the buildup of element stratification in s...
Atomic diffusion – important in many contexts in stellar astrophysics and an important thread runnin...
Element diffusion in the atmospheres of magnetic, chemically peculiar upper main sequence (CP) star...
Atomic diffusion has been found to play a role during most stellar evolution stages. Its effect is s...
Context. The treatment of diffusion in stellar atmospheres of chemically peculiar stars is complex a...
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 ...
International audienceAtomic diffusion processes may significantly change the distribution of chemic...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
Atomic diffusion in stars may affect element distributions in layers where mixing motions are weak e...
Chemical transport mechanisms are a key ingredient in stellar modelling. One of the most important i...
Stellar models including atomic diffusion processes (gravitational settling, radiative accelerations...
International audienceAims.The present paper addresses some of the problems in the buildup of elemen...
Context. Chemical composition is an important factor that affects stellar evolution. The element abu...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Aims. The present paper addresses some of the problems in the buildup of element stratification in s...
Atomic diffusion – important in many contexts in stellar astrophysics and an important thread runnin...
Element diffusion in the atmospheres of magnetic, chemically peculiar upper main sequence (CP) star...
Atomic diffusion has been found to play a role during most stellar evolution stages. Its effect is s...
Context. The treatment of diffusion in stellar atmospheres of chemically peculiar stars is complex a...