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The ASY-EOS Experiment at GSI

Authors :
Russotto, Paolo
Chartier, Marielle
Cozma, Mircea Dan
De Filippo, Enrico
Le Fèvre, Arnaud
Gannon, S.
Gašparić, Igor
Kis, M.
Kupny, S.
Leifels, Yvonne
Lemmon, Roy Crawford
Li, Q.
Lukasik, J.
Marini, P.
Pawlowski, P.
Trautmann, Wolfgang
Acosta, L.
Adamczyk, M.
Al-Ajlan, A.
Al-Garawi, M.
Al-Homaidhi, S.
Amorini, Francesca
Auditore, Lucrezia
Aumann, Thomas
Ayyad, Y.
Baran, V.
Basrak, Z.
Bassini, R.
Benlliure Anaya, Jose Fernando
Boiano, Ciro
Boisjoli, M.
Boretzky, Konstanze
Brzychczyk, Janusz
Budzanowski, Andrzej
Cardella, Giuseppe
Chajecki, Zbigniew
Chbihi, A.
Colonna, Maria
Czech, Bronislaw
Di Toro, Massimo
Famiano, Michael A.
Greco, V.
Grassi, L.
Guazzoni, Chiara
Guazzoni, P.
Heil, Michael
Heilborn, L.
Introzzi, Riccardo
Isobe, Tadaaki
Kezzar, K.
Krasznahorkay, Attila
Kurz, Nikolaus
La Guidara, E.
Lanzalone, Gaetano
Lasko, P.
Lombardo, Ivano
Lynch, William G.
Matthews, Z.
May, L.
Minniti, T.
Mostazo, M.
Pagano, A.
Papa, M.
Pirrone, Sara
Pleskac, Radek
Politi, Giuseppe
Porto, Francesco
Reifarth, René
Reisdorf, Willibrord
Riccio, F.
Rizzo, Francesca
Rosato, E.
Rossi, Dominic M.
Santoro, S.
Simon, Haik
Skwirczynska, I.
Sosin, Zbigniew
Stuhl, László
Trifirò, Antonio
Trimarchi, Marina
Tsang, M. Betty
Verde, Giuseppe
Veselsky, M.
Vigilante, Mariano
Wieloch, A.
Wigg, P.
Wolter, Hermann
Wu, P.
Yennello, Sherry J.
Zambon, P.
Zetta, L.
Zoric, Maja
Russotto, Paolo
Chartier, Marielle
Cozma, Mircea Dan
De Filippo, Enrico
Le Fèvre, Arnaud
Gannon, S.
Gašparić, Igor
Kis, M.
Kupny, S.
Leifels, Yvonne
Lemmon, Roy Crawford
Li, Q.
Lukasik, J.
Marini, P.
Pawlowski, P.
Trautmann, Wolfgang
Acosta, L.
Adamczyk, M.
Al-Ajlan, A.
Al-Garawi, M.
Al-Homaidhi, S.
Amorini, Francesca
Auditore, Lucrezia
Aumann, Thomas
Ayyad, Y.
Baran, V.
Basrak, Z.
Bassini, R.
Benlliure Anaya, Jose Fernando
Boiano, Ciro
Boisjoli, M.
Boretzky, Konstanze
Brzychczyk, Janusz
Budzanowski, Andrzej
Cardella, Giuseppe
Chajecki, Zbigniew
Chbihi, A.
Colonna, Maria
Czech, Bronislaw
Di Toro, Massimo
Famiano, Michael A.
Greco, V.
Grassi, L.
Guazzoni, Chiara
Guazzoni, P.
Heil, Michael
Heilborn, L.
Introzzi, Riccardo
Isobe, Tadaaki
Kezzar, K.
Krasznahorkay, Attila
Kurz, Nikolaus
La Guidara, E.
Lanzalone, Gaetano
Lasko, P.
Lombardo, Ivano
Lynch, William G.
Matthews, Z.
May, L.
Minniti, T.
Mostazo, M.
Pagano, A.
Papa, M.
Pirrone, Sara
Pleskac, Radek
Politi, Giuseppe
Porto, Francesco
Reifarth, René
Reisdorf, Willibrord
Riccio, F.
Rizzo, Francesca
Rosato, E.
Rossi, Dominic M.
Santoro, S.
Simon, Haik
Skwirczynska, I.
Sosin, Zbigniew
Stuhl, László
Trifirò, Antonio
Trimarchi, Marina
Tsang, M. Betty
Verde, Giuseppe
Veselsky, M.
Vigilante, Mariano
Wieloch, A.
Wigg, P.
Wolter, Hermann
Wu, P.
Yennello, Sherry J.
Zambon, P.
Zetta, L.
Zoric, Maja
Publication Year :
2016

Abstract

The elliptic-flow ratio of neutrons with respect to protons or light complex particles in reactions of heavy ions at pre-relativistic energies has been proposed as an observable sensitive to the strength of the symmetry term of the nuclear equation of state at supra-saturation densities. In the ASY-EOS experiment at the GSI laboratory, flows of neutrons and light charged particles were measured for 197Au+197Au collisions at 400 MeV/nucleon. Flow results obtained for the Au+Au system, in comparison with predictions of the UrQMD transport model, confirm the moderately soft to linear density dependence of the symmetry energy deduced from the earlier FOPI-LAND data.

Details

Database :
OAIster
Notes :
application/pdf, English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1362826396
Document Type :
Electronic Resource