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目次

Part 1 Courses: the frequency of supernovae, G.A. Tammann; late stagesof stellar evolution, Z. Barkat; massive stars, supernovae andnucleosynthesis, S.E. Woosley and T.A. Weaver; type IA supernovae, whitedwarfs and neutron stars, R. Canal; type I supernovae and evolution ofinteracting binaries, K. Nomoto et al; models of type II supernovae - anintroduction, W. Hillebrandt; the neutrino signal from a collapsing star,D.K. Nadyozhin; nuclear physics of hot dense matter, D. Vautherin;multidimensional hydrodynamical simulations of supernova explosions, E.Muller; supernova 1987A - from progenitor to remnant, K. Nomoto et al; theshock wave breakout and the early supernova hydrodynamics, D.K. Nadyozhin;high energy emission of supernovae and some additional remarks on supernovastatistics, M. Casse and R. Lehoucq; nucleosynthesis in supernovae, F.K.Thielemann et al; the late emission from supernovae, C. Fransson; supernovaeand the interstellar medium, R.A. Chevalier. Part 2 Seminars: the search forsupernovae at the Observatoire de al Cote d'Azur, C. Pollas; generalrelativistic neutrino hydrodynamics - the physics of and numerical techniquesfor modelling stellar collapse and the early cooling of neutron stars, P.J.Schinder; the chemical evolution of the galaxy, R. Schaeffer.