... behind stellar evolution are (in the case of the most massivestars) NSs and BHs ... mass range , taking into account that a massivestar can lose more than of its ... into account that the collapse of a massivestar into a NS can be asymmetrical, so ...
... For massivestars, we use two types of evolutionary tracks: those calculated by the ... treated differently depending on the star's mass and time it fills the Roche lobe ...
... Kornilov, V.G. and Lipunov, V.M. "Neutron stars in massive binary systems. II. ... and Lipunov, V.M. "Neutron Stars in Massive binary systems.I. Classification and ...
... HI emission line stars in terms of young, massivestars is not the only possibility ... from collisions and mergers of less massivestars in the cluster (for discussion of ...
... here and below subscripts ``a'' and ``d'' refer to the accreting and donating massstar, respectively. ... major axis to change in such a way so that the donating massstar (either a normal low-massstar or a degenerate dwarf) keeps ...
... BH formation exist: (1) direct core collapse of a massivestar and (2) AIC of a NS ... presumably will have a mass comparable to that of the collapsing star and can be ...
... Be-stars (i.e. those stars at the stage ``I'' whose mass increased during the first ... stage ``II''), we assume and for massivestar we take maximum wind rate between that ...
... mass range 10- (we take into account that massivestar can loose more than 10-20 ... The most massivestars are assumed to leave BH behind after the collapse, provided ...
... Machine was aimed especially at the simulation of massive binary star evolution ... We relate a binary star to the class of massive binaries if the primary component ...
... deficit of single stars and wide binaries at least among massivestars in the SMC ... with pulsars preferentially will hide BH formed from the most massivestars ... to be an order of magnitude less than those formed directly from very massivestars ...