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The evolution of mass loaded supernova remnants: II. Temperature dependent mass injection rates

By J.M. Pittard, S.J. Arthur, J.E. Dyson, S.A.E.G. Falle, T.W. Hartquist, M.I. Knight and M. Pexton

Abstract

We investigate the evolution of spherically symmetric supernova remnants in which mass loading takes place due to conductively driven evaporation of embedded clouds. Numerical simulations reveal significant differences between the evolution of conductively mass loaded and the ablatively mass loaded remnants studied in Paper I. A main difference is the way in which conductive mass loading is extinguished at fairly early times, once the interior temperature of the remnant falls below ~ 107 K. Thus, at late times remnants that ablatively mass load are dominated by loaded mass and thermal energy, while those that conductively mass load are dominated by swept-up mass and kinetic energy. Simple approximations to the remnant evolution, complementary to those in Paper I, are given

Publisher: EDP Sciences
Year: 2003
OAI identifier: oai:eprints.whiterose.ac.uk:1252

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