We analyse the effects of semi-convection and overshooting on the predicted surface abundances after the first and second dredge-ups in 15 and 20 M⊙ Pop. I stars. Overshooting is applied either to the core boundary or to the boundaries of all convective zones. It is shown that the surface abundances are sensitive to the mixing scheme adopted in the interior. The models including semi-convection lead to lower12C/13C ratios than the other mixing schemes, while models with overshooting predict higher enhancements of sodium at the surface. © 1994 Kluwer Academic Publishers.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
We study a process of slow mixing in stars with convective envelopes, which is driven by t...
We investigate the influence of convective overshoot on stellar evolution models of the thermal puls...
Context. Convective overshoot mixing is a critical ingredient of stellar structure models but is tre...
Overshooting and semiconvection are two poorly known mechanisms which affect the extent and the effi...
Convection is one of the major mixing processes in stars, and is crucial for understanding their str...
The term overshooting is used to describe two situations: the chemical mixing induced by the convect...
Numerous observations provide evidence that the standard picture, in which convective mixing is limi...
The problem of determining the boundary of convective cores in massive stars (having a mass greater ...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. Convective overshoot mixing is a critical ingredient of stellar structure models but is tre...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
To interpret high-quality data produced from recent space missions such as Kepler and TESS, it is ne...
We study a process of slow mixing in stars with convective envelopes, which is driven by t...
We investigate the influence of convective overshoot on stellar evolution models of the thermal puls...
Context. Convective overshoot mixing is a critical ingredient of stellar structure models but is tre...
Overshooting and semiconvection are two poorly known mechanisms which affect the extent and the effi...
Convection is one of the major mixing processes in stars, and is crucial for understanding their str...
The term overshooting is used to describe two situations: the chemical mixing induced by the convect...
Numerous observations provide evidence that the standard picture, in which convective mixing is limi...
The problem of determining the boundary of convective cores in massive stars (having a mass greater ...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. Convective overshoot mixing is a critical ingredient of stellar structure models but is tre...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
Context. We study the convection zones in the outer envelope of hot massive stars which are caused b...
To interpret high-quality data produced from recent space missions such as Kepler and TESS, it is ne...
We study a process of slow mixing in stars with convective envelopes, which is driven by t...
We investigate the influence of convective overshoot on stellar evolution models of the thermal puls...
Context. Convective overshoot mixing is a critical ingredient of stellar structure models but is tre...