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The WA97 and NA57 experiments

The WA97 and NA57 experiments. Study of strange and multi-strange baryon production in lead-lead collisions. Introduction and physics motivation. Specifications of the experiment. CERN for the general public. An introduction to heavy-ion collisions from the ALICE pages. Strangeness enhancement grows with the strangeness of the produced hadron. Up to a factor 20 for the Omega baryons! Click on pictures to obtain bigger version with more detailed information (including numerical values). And 160 A GeV/.

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The WA97 and NA57 experiments | wa97.web.cern.ch Reviews
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The WA97 and NA57 experiments. Study of strange and multi-strange baryon production in lead-lead collisions. Introduction and physics motivation. Specifications of the experiment. CERN for the general public. An introduction to heavy-ion collisions from the ALICE pages. Strangeness enhancement grows with the strangeness of the produced hadron. Up to a factor 20 for the Omega baryons! Click on pictures to obtain bigger version with more detailed information (including numerical values). And 160 A GeV/.
<META>
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1 experiment information
2 layouts and photos
3 experimental measurements
4 na57 contacts
5 spokesperson
6 federico antinori
7 contact person
8 vito manzari
9 emanuele quercigh
10 institute list
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experiment information,layouts and photos,experimental measurements,na57 contacts,spokesperson,federico antinori,contact person,vito manzari,emanuele quercigh,institute list,author list,links,the alice experiment,sulphur beam experiments,energy dependence
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The WA97 and NA57 experiments | wa97.web.cern.ch Reviews

https://wa97.web.cern.ch

The WA97 and NA57 experiments. Study of strange and multi-strange baryon production in lead-lead collisions. Introduction and physics motivation. Specifications of the experiment. CERN for the general public. An introduction to heavy-ion collisions from the ALICE pages. Strangeness enhancement grows with the strangeness of the produced hadron. Up to a factor 20 for the Omega baryons! Click on pictures to obtain bigger version with more detailed information (including numerical values). And 160 A GeV/.

INTERNAL PAGES

wa97.web.cern.ch wa97.web.cern.ch
1

NA57authors

http://wa97.web.cern.ch/WA97/NA57institutes/index.html

Institutes in the NA57 Collaboration. Physics Department, University of Athens, Greece. Dipartimento IA di Fisica dell'Università e del Politecnico di Bari and INFN, Bari, Italy. Fysisk Institutt , Universitetet i Bergen, Bergen, Norway. Høgskolen i Bergen, Bergen, Norway. University of Birmingham, Birmingham, UK. Comenius University, Bratislava, Slovakia. University of Catania and INFN, Catania, Italy. CERN, European Laboratory for Particle Physics, Geneva, Switzerland. IReS/ULP, Strasbourg, France.

2

Publications

http://wa97.web.cern.ch/WA97/Publications.html

F Antinori et al., Strangeness enhancements at central rapidity in 40 A GeV/c PbPb collisions, J. Phys. G 37. 2010) 045105 (14 pp). F Antinori et al., Expansion dynamics of Pb-Pb collisions at 40 A GeV/c viewed by negatively charged hadrons, nucl-ex/0701020. J Phys. G 34. F Antinori et al., Transverse dynamics of Pb-Pb collisions at 40 A GeV/c viewed by strange hadrons, nucl-ex/0607004. J Phys. G 32. J Phys. G 31. 173 GeV/c, nucl-ex/0507012. Phys Lett. B 623. F Antinori et al., J. Phys. G 27. Proceedings...

3

Brief WA97/NA57 specifications

http://wa97.web.cern.ch/WA97/OverviewTable/OverviewTable.html

P Be, p Pb, Pb Pb. Study strange and multi-strange baryon production in Pb Pb collisions. Pixel and microstrip telescope. The acceptance windows for the various particle species depends on the specific layout geometry and on the analysis cuts. The acceptance windows for the WA97 1995 Pb Pb setup can be found here. P Be, p Pb, Pb Pb. 158 A GeV/c and 40 A GeV/c. As for WA97 but covering a larger centrality range. Yields, transverse mass spectra. Back to the WA97/NA57 home page.

4

NA57authors

http://wa97.web.cern.ch/WA97/NA57authors/index.html

A Krav č. B Pastir č. P van de Ven. Physics Department, University of Athens, Greece. Dipartimento IA di Fisica dell'Università e del Politecnico di Bari and INFN, Bari, Italy. Fysisk Institutt , Universitetet i Bergen, Bergen, Norway. Høgskolen i Bergen, Bergen, Norway. University of Birmingham, Birmingham, UK. University of Catania and INFN, Catania, Italy. CERN, European Laboratory for Particle Physics, Geneva, Switzerland. Institute of Experimental Physics Slovak Academy of Science, Kosice, Slovakia.

5

Introduction and physics motivation

http://wa97.web.cern.ch/WA97/intro/index.html

Introduction and physics motivation. A new state of matter: the Quark-Gluon Plasma (QGP). The study of relativistic heavy-ion collisions provides a unique opportunity to search for a new predicted state of matter - the quark-gluon plasma (QGP). A number of experimental signatures of the transition to the QGP phase. Have been proposed. They are being studied in several experiments at the BNL AGS and CERN SPS. Strange baryons: a hadronic probe of QGP transition. No comparable enhancement is expected in a p...

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A New State of Matter - Experiments

http://newstate-matter.web.cern.ch/newstate-matter/Experiments.html

Experiments of the CERN Heavy Ion Programme. For more information on the individual experiments go to the following pages:. Http:/ www.nbi.dk/na44/. Http:/ ceres6.physi.uni-heidelberg.de. Http:/ na49info.cern.ch/. Http:/ www.cern.ch/NA50/. Http:/ www.lhep.unibe.ch/newmass/. Http:/ www.cern.ch/NA57/. Http:/ www.cern.ch/WA97/. Http:/ www.cern.ch/WA98. Countries participating in the CERN Heavy Ion Programme:. CERN - Created by Web Communications and Public Education. For the Press Office.

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The WA97 and NA57 experiments

The WA97 and NA57 experiments. Study of strange and multi-strange baryon production in lead-lead collisions. Introduction and physics motivation. Specifications of the experiment. CERN for the general public. An introduction to heavy-ion collisions from the ALICE pages. Strangeness enhancement grows with the strangeness of the produced hadron. Up to a factor 20 for the Omega baryons! Click on pictures to obtain bigger version with more detailed information (including numerical values). And 160 A GeV/.

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