We adopt up-to-date 7Li yields from asymptotic giant branch stars in order to study the temporal evolution of this element in the solar neighbourhood. Several lithium stellar sources are considered besides the AGBs: Type II supernovae, novae, low-mass giants. Galactic cosmic ray nucleosynthesis is taken into account as well. We conclude that AGB stars do not substantially contribute to 7Li enrichment on a Galactic scale. Therefore, a significant 7Li production from novae and low-mass stars is needed to explain the late, steep rise of the 7Li abundance in disk stars and the meteoritic 7Li abundance
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...
Stars with M≤2:3M⊙ are considered Li depletion sites during their early and late evolutionary stag...
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...
We adopt up-to-date 7Li yields from asymptotic giant branch stars in order to study the temporal e...
After more than 50 years, astronomical research still struggles to reconstruct the history of lithiu...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
We have measured the Li abundance of 18 stars with -2 -0.5. We speculate that cool-bottom processin...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
4siThe cosmological 7Li problem consists in explaining why the primordial Li abundance, as predicted...
We examine one zone numerical models of galactic chemical evolution of the light elements (lithium, ...
We discuss two scenarios for the galactic chemical evolution of lithium. In one, the primordial 7Li ...
Context.The stellar production of the light element lithium is still a matter of debate. Ai...
Context. Un-evolved, very metal-poor stars are the most important tracers of the cosmic abundance of...
In most cases RGB and AGB stars with M <= 2M(circle dot) destroy Li (which is instead synthesized tr...
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...
Stars with M≤2:3M⊙ are considered Li depletion sites during their early and late evolutionary stag...
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...
We adopt up-to-date 7Li yields from asymptotic giant branch stars in order to study the temporal e...
After more than 50 years, astronomical research still struggles to reconstruct the history of lithiu...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
We have measured the Li abundance of 18 stars with -2 -0.5. We speculate that cool-bottom processin...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
Context. After more than 50 years, astronomical research still struggles to reconstruct the history ...
4siThe cosmological 7Li problem consists in explaining why the primordial Li abundance, as predicted...
We examine one zone numerical models of galactic chemical evolution of the light elements (lithium, ...
We discuss two scenarios for the galactic chemical evolution of lithium. In one, the primordial 7Li ...
Context.The stellar production of the light element lithium is still a matter of debate. Ai...
Context. Un-evolved, very metal-poor stars are the most important tracers of the cosmic abundance of...
In most cases RGB and AGB stars with M <= 2M(circle dot) destroy Li (which is instead synthesized tr...
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...
Stars with M≤2:3M⊙ are considered Li depletion sites during their early and late evolutionary stag...
Lithium abundance in most of the warm metal-poor main sequence stars shows a constarnt plateau (A(Li...