Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS

We have analysed the invariant mass distribution of dileptons in S+W collisions at 200A GeV as measured by the HELIOS-3 collaboration at CERN SPS. Three scenarios were considered where the collision lead to formation of (i) the quark-gluon plasma, (ii) the ideal hot hadron gas and (iii) the viscous...

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Detalles Bibliográficos
Autor principal: Chaudhuri, A.K.
Lenguaje:eng
Publicado: 1997
Materias:
Nuclear Physics - Theory
Acceso en línea:http://cds.cern.ch/record/340066
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author Chaudhuri, A.K.
author_facet Chaudhuri, A.K.
author_sort Chaudhuri, A.K.
collection CERN
description We have analysed the invariant mass distribution of dileptons in S+W collisions at 200A GeV as measured by the HELIOS-3 collaboration at CERN SPS. Three scenarios were considered where the collision lead to formation of (i) the quark-gluon plasma, (ii) the ideal hot hadron gas and (iii) the viscous hot hadron gas. The space-time evolution was governed by the minimal extension of the Bjorken hydrodynamics. All the three scenarios indicate excess dileptons in the experiment.
id cern-340066
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1997
record_format invenio
spelling cern-3400662020-03-12T03:47:01Zhttp://cds.cern.ch/record/340066engChaudhuri, A.K.Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPSNuclear Physics - TheoryWe have analysed the invariant mass distribution of dileptons in S+W collisions at 200A GeV as measured by the HELIOS-3 collaboration at CERN SPS. Three scenarios were considered where the collision lead to formation of (i) the quark-gluon plasma, (ii) the ideal hot hadron gas and (iii) the viscous hot hadron gas. The space-time evolution was governed by the minimal extension of the Bjorken hydrodynamics. All the three scenarios indicate excess dileptons in the experiment.We have analysed the invariant mass distribution of dileptons in S+W collisions at 200A GeV as measured by the HELIOS-3 collaboration at CERN SPS. Three scenarios were considered where the collision lead to formation of (i) the quark-gluon plasma, (ii) the ideal hot hadron gas and (iii) the viscous hot hadron gas. The space-time evolution was governed by the minimal extension of the Bjorken hydrodynamics. All the three scenarios indicate excess dileptons in the experiment.nucl-th/9712011oai:cds.cern.ch:3400661997-12-04
spellingShingle Nuclear Physics - Theory
Chaudhuri, A.K.
Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title_full Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title_fullStr Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title_full_unstemmed Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title_short Frozen motion model and dilepton production from 200A GeV S+W collisions at CERN SPS
title_sort frozen motion model and dilepton production from 200a gev s+w collisions at cern sps
topic Nuclear Physics - Theory
url http://cds.cern.ch/record/340066
work_keys_str_mv AT chaudhuriak frozenmotionmodelanddileptonproductionfrom200agevswcollisionsatcernsps

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