Preface | |
The nuclear physics of type I supernovae | p. 3 |
Entropy and supernova nucleosynthesis | p. 9 |
Numerical simulations of core collapse supernovae | p. 31 |
Type II supernovae: stellar core collapse and Boltzmann neutrino transport | p. 51 |
Equation of state and the physics of stellar collapse | p. 65 |
Experimental, computational, and observational analysis of primordial nucleosynthesis | p. 77 |
Supernova mechanisms: the first second after bounce, the equation of state and neutrino fluxes | p. 99 |
Some recent developments in cosmology: dark matter, inflation, and COBE | p. 111 |
Neutron stars, strange stars, and the nuclear equation of state | p. 127 |
The GEMINGA neutron star: evidence for nucleon superfluidity at very high density | p. 151 |
Neutrino interactions with oxygen and the atmospheric neutrino problem | p. 163 |
What supernovae can tell us about nuclear physics | p. 167 |
Nuclear equation of state based on relativistic nucleon-nucleon interactions | p. 179 |
The Joint Institute for Heavy Ion Research: a center for scientific exchanges and development of new facilities | p. 189 |
Heavy element abundances in low-metallicity stars | p. 203 |
Stellar evolution in dense stellar systems | p. 219 |
Neutrino-nucleus scattering and some of its applications in astrophysics | p. 237 |
Laboratory measurement related to the beginning and the end of the rp-process | p. 259 |
Laboratory approaches in nuclear astrophysics | p. 269 |
Charge-exchange reactions and weak interaction rates for type II supernovae | p. 283 |
Evolution of r-process elements in the hot supernova bubble | p. 301 |
Reactions involving [superscript 8]Li and primordial nucleosynthesis | p. 317 |
Pycnonuclear fusion reactions in stellar matter | p. 331 |
The [beta]-delayed [alpha]-decay spectrum of [superscript 16]N and the extrapolation of the low energy [actual symbol not reproducible] cross section | p. 343 |
Nuclear interaction rates for dark matter detectors | p. 353 |
Detection of weakly interacting dark matter | p. 363 |
Models of Supernova 1987A | p. 377 |
Atomic data for modelling the optical spectra of supernovae: an introduction to the 'gray' literature | p. 387 |
Supernova 1984L and its problematic progenitor | p. 399 |
Phenomenological correlations in nuclear structure: an opportunity for nuclear astrophysics and a challenge to theory | p. 413 |
Nuclear masses and fission barriers for astrophysical applications | p. 433 |
Symmetry-dictated truncation: solutions of the spherical shell model for heavy nuclei | p. 453 |
Electrical conductivity in neutron stars | p. 471 |
Author Index | p. 491 |
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