StrangenessProduction in NuclearM atterand Expansion Dynamics

V. D. Toneev,E. G. Nikonov, B. Frim, W. N orenberg,K. Redlich

semanticscholar（2021）

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Abstract

Therm odynam icalpropertiesofhotand dense nuclearm atterare analyzed and com pared fordi erentequationsofstate(EoS).Itisargued thatthesoftestpointoftheequation ofstateand thestrangeness separation on thephaseboundary can m anifestthem selvesin observables.Thein uenceoftheEoS and theorderofthephasetransition on theexpansion dynam icsofnuclearm atterand strangenessexcitation function isanalyzed. Itisshown thatbulk propertiesofstrangeness production in A{A collisions depend only weakly on the particular form ofthe EoS.The predictionsofdi erentm odelsare related with experim entaldata on strangenessproduction.

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