Back to Search Start Over

ASY-EOS experiment at GSI: investigating the symmetry enenrgy at supra-satutation densities

Authors :
P. Russotto
M. Chartier
M. D. Cozma
E. De Filippo
A. Le Fevre
S. Gannon
A. Gašsparić
M. Kiš
S. Kupny
Y. Leifels
R. Lemmon
Q. Li
J. Lukasik
P. Marini
P. Pawlowski
S. Santoro
W. Trautmann
M. Veselsky
L. Acosta
M. Adamczyk
A. Al Ajlan
M. Al Garawi
S. Al Homaidhi
F. Amorini
L. Auditore
T. Aumann
Y. Ayyad
V. Baran
Z. Basrak
R. Bassini
J. Benlliure
C. Boiano
C. Boisjoli
K. Boretzky
J. Brzychczyk
A. Budzanowski
G. Cardella
P. Cammarata
Z. Chajecki
A. Chbihi
M. Colonna
B. Czech
M. Di Toro
M. Famiano
V. Greco
L. Grassi
C. Guazzoni
P. Guazzoni
M. Heil
L. Heilborn
R. Introzzi
T. Isobe
K. Kezzar
A. Krasznahorskay
N. Kurz
E. La Guidara
G. Lanzalone
P. Lasko
W. G. Lynch
Z. Matthews
L. May
T. Minniti
M. Mostazo
A. Pagano
M. Papa
S. Pirrone
R. Pleskac
G. Politi
F. Porto
R. Reifarth
W. Reisdorf
F. Riccio
F. Rizzo
D. Rossi
H. Simon
I. Skwirczynska
Z. Sosin
L. Stuhl
A. Trifirò
M. Trimarchi
M. B. Tsang
G. Verde
A. Wieloch
P. Wigg
H. H. Wolter
P. Wu
S. Yennello
P. Zambon
L. Zetta
M. Zoric
LOMBARDO, IVANO
ROSATO, ELIO
VIGILANTE, MARIANO
S. Lunardi, P.G. Bizzeti, C. Bucci, M. Chiari, A. Dainese, P. Di Nezza, R. Menegazzo, A. Nannini, C. Signorini, J.J. Valiente-Dobon
P., Russotto
M., Chartier
M. D., Cozma
E., De Filippo
A., Le Fevre
S., Gannon
A., Gašsparić
M., Kiš
S., Kupny
Y., Leifel
R., Lemmon
Q., Li
J., Lukasik
P., Marini
P., Pawlowski
S., Santoro
W., Trautmann
M., Veselsky
L., Acosta
M., Adamczyk
A., Al Ajlan
M., Al Garawi
S., Al Homaidhi
F., Amorini
L., Auditore
T., Aumann
Y., Ayyad
V., Baran
Z., Basrak
R., Bassini
J., Benlliure
C., Boiano
C., Boisjoli
K., Boretzky
J., Brzychczyk
A., Budzanowski
G., Cardella
P., Cammarata
Z., Chajecki
A., Chbihi
M., Colonna
B., Czech
M., Di Toro
M., Famiano
V., Greco
L., Grassi
C., Guazzoni
P., Guazzoni
M., Heil
L., Heilborn
R., Introzzi
T., Isobe
K., Kezzar
A., Krasznahorskay
N., Kurz
E., La Guidara
G., Lanzalone
P., Lasko
Lombardo, Ivano
W. G., Lynch
Z., Matthew
L., May
T., Minniti
M., Mostazo
A., Pagano
M., Papa
S., Pirrone
R., Pleskac
G., Politi
F., Porto
R., Reifarth
W., Reisdorf
F., Riccio
F., Rizzo
Rosato, Elio
D., Rossi
H., Simon
I., Skwirczynska
Z., Sosin
L., Stuhl
A., Trifirò
M., Trimarchi
M. B., Tsang
G., Verde
Vigilante, Mariano
A., Wieloch
P., Wigg
H. H., Wolter
P., Wu
S., Yennello
P., Zambon
L., Zetta
M., Zoric
Publication Year :
2014
Publisher :
EDP Sciences, 2014.

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. The results obtained from the existing FOPI/LAND data for 197Au+197Au collisions at 400 MeV/nucleon in comparison with the UrQMD model simulations favoured a moderately soft symmetry term, but suffer from a considerable statistical uncertainty. These results have been confirmed by an independent analysis based on the Tübingen QMD simulations. In order to obtain an improved data set for Au+Au collisions and to extend the study to other systems, a new experiment was carried out at the GSI laboratory by the ASY-EOS collaboration. The present status of the data analysis is reported

Subjects

Subjects :
flow
NUCLEAR COLLISIONS

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.od......3730..2ee4539e2fada28bd61de8016c4e0928