Pion and proton spectra in 32S + S collisions at 200 GeV/nucleon

Authors :: Y. Lee
Gyorgy Vesztergombi
M. Gazdzicki
H. Ströbele
J. Baechler
J. Pfennig
J. Bartke
F. Posa
J. Eschke
W. Rauch
Predrag Buncic
C. Guerra
R. Brockmann
Eugenio Nappi
Daniel Ferenc
T. Humanic
A. Ljubicic
Rainer Arno Ernst Renfordt
J. W. Harris
I. Derado
A. Piper
S. Tonse
G. Vassileiadis
S. Margetis
H.G. Pugh
A. Karabarbounis
P. Spinelli
Andreas Petridis
W. Heck
N. Schmitz
Dieter Røhrich
J. Seyerlein
V. Eckardt
M. Lahanas
Maurice Hoffmann
A. Kühmichel
E. Schmoetten
F. Pühlhofer
I. Schneider
M. Fuchs
L. Teitelbaum
P. Seyboth
R. Bock
A. Sandoval
A. Thomas
G. Rai
H. J. Gebauer
Kreso Kadija
E. Skrzypcak
Hermann Rothard
S. Wenig
D. Vranic
C. Favuzzi
S. Kabana
G. Paic
E. Schmidt
R. Stock
Marek Kowalski
K. Runge
E. Gladysz
Apostolos Panagiotou
G. Odyniec
J. Kosiec
B. Fleischmann
M. LeVine
Helena Bialkowska
R. Keidel
S. I. Chase
Source :: Nuclear Physics A. 525:59-65
Publication Year :: 1991
Publisher :: Elsevier BV, 1991.
Abstract: Rapidity spectra of pions and participant protons in S + S collisions at 200 GeV/nucleon are compared with N + N data. The average energy loss of the participating nucleons increases by 23% and is balanced by the energy of the final state particles, through a twofold increase of strange particle production and a similar enhancement, assumed for baryon-antibaryon pairs.

Subjects :: Physics
Nuclear and High Energy Physics
Particle physics
Strange quark
Nuclear Theory
Hadron
Hyperon
Lambda baryon
Nuclear physics
Pion
Pair production
Antimatter
High Energy Physics::Experiment
Nuclear Experiment
Nucleon

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