Measurement of negative particle multiplicity in S–Pb collisions at 200 GeV/c per nucleon with the NA36 TPC

E. Andersen,R. Blaes,Jean-Marie Brom,M. Cherney,B. De La Cruz,C. Fernandez,C. Garabatos,J.A. Garzon,W. M. Geist,D. Greiner,C. Gruhn,M. Hafidouni,J. Hrubec,Peter Graham Jones,E.G. Judd,J. P. M. Kuipers,M. Ladrem,P. Ladron de Guevara,G. Lovhoiden,J. MacNaughton,J. Mosquera,Z. Natkaniec,J. M. Nelson,G. Neuhofer,C. Pérez de los Heros,M. Plo,P. Porth,B. Powell,A. Ramil,H. Rohringer,I. Sakrejda,T.F. Thorsteinsen,J. Traxler,C. Voltolini,K. W. Wozniak,A. Yáñez,R. Zybert

Measurement of negative particle multiplicity in S–Pb collisions at 200 GeV/c per nucleon with the NA36 TPC

2001

E. Andersen
R. Blaes
Jean-Marie Brom
M. Cherney
B. De La Cruz
C. Fernandez
C. Garabatos
J.A. Garzon
W. M. Geist
D. Greiner
C. Gruhn
M. Hafidouni
J. Hrubec
Peter Graham Jones
E.G. Judd
J. P. M. Kuipers
M. Ladrem
P. Ladron de Guevara
G. Lovhoiden
J. MacNaughton
J. Mosquera
Z. Natkaniec
J. M. Nelson
G. Neuhofer
C. Pérez de los Heros
M. Plo
P. Porth
B. Powell
A. Ramil
H. Rohringer
I. Sakrejda
T.F. Thorsteinsen
J. Traxler
C. Voltolini
K. W. Wozniak
A. Yáñez
R. Zybert

Abstract A high statistics study of the negative particle multiplicity distribution from S–Pb collisions at 200 GeV/ c per nucleon is presented. The NA36 TPC was used to detect charged particles; corrections are based upon the maximum entropy method.

Keywords:

Particle
Particle physics
Multiplicity (mathematics)
Principle of maximum entropy
Nucleon
Nuclear physics
Physics
Charged particle
maximum entropy method
multiplicity distribution

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