We have made a series of hydrodynamic calculations of core collapsing models to examine the effects of temperature dependence of nuclear compressibility. With...
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PublicaciónIncompressibility of hot nuclear matter and general relativistic stellar collapse
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PublicaciónIncompressibility of hot nuclear matter, general relativistic stellar collapse and shock propagation
Research was carried out on the effect of considering two extreme kinds of Skyrme-type nuclear interactions on the outcome of stellar core collapsing models...
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PublicaciónLithium, beryllium and boron - Observational constraints on primordial nucleosynthesis
The evidence bearing on the derivation of the primordial Li-7 abundance is summarized from observations of extremely metal-deficient stars in the galactic halo...
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PublicaciónObservational and physical cosmology
The present volume discusses topics associated with the very early universe, primordial nucleosynthesis, big bang nucleosynthesis and light-element abundances...
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PublicaciónObservatory science with eXTP
In this White Paper we present the potential of the enhanced X-ray Timing and Polarimetry (eXTP) mission for studies related to Observatory Science targets...
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PublicaciónOn the O/Fe versus Fe/H relationship and the progenitors of type I supernovae
The new observational O/Fe versus Fe/H abundance relationship for halo stars is studied in terms of several models of chemical evolution for the solar...
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PublicaciónThe biconical kiloparsec structure generated by nuclear starbursts
Two-dimensional calculations of the hydrodynamics produced by nuclear starbursts, taking into consideration the accretion or infall of disk matter on to the...
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PublicaciónThe influence of internal gravity waves on the light elements depletion among F-type stars
It is proposed that the Li abundances in F-type stars can be affected by the weak mixing generated by internal gravity waves since the absence of Li is so...