The authors have carried out a study of the hydrodynamics of disconnected quark regions during the final stages of the cosmological quark-hadron transition. A set of relativistic lagrangian equations is presented for following the evaporation of a single quark drop and results from the numerical solution of this are discussed. A selfsimilar solution is shown to exist and the formation of baryon number density inhomogeneities at the end of the drop contraction is discussed.
Hydrodynamics of Quark Drops at the End of the Cosmological Quark-Hadron Transition
PANTANO, ORNELLA
1996
Abstract
The authors have carried out a study of the hydrodynamics of disconnected quark regions during the final stages of the cosmological quark-hadron transition. A set of relativistic lagrangian equations is presented for following the evaporation of a single quark drop and results from the numerical solution of this are discussed. A selfsimilar solution is shown to exist and the formation of baryon number density inhomogeneities at the end of the drop contraction is discussed.File in questo prodotto:
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