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DOI: 10.1007/bf01561473
¤ OpenAccess: Green
This work has “Green” OA status. This means it may cost money to access on the publisher landing page, but there is a free copy in an OA repository.
Multiplicity distributions in small phase-space domains in central nucleus-nucleus collisions
J. Bächler,J. Bartke,Helena Bialkowska,R. Bock,R. Brockmann,Predrag Buncic,S. I. Chase,I. Derado,V. Eckardt,J. Eschke,D. Ferenc,Bernhard Fleischmann,Markus Fuchs,M. Gaździcki,H. J. Gebauer,E. Gładysz,John William Harris,W. Heck,M. Hoffmann,S. Kabana,K. Kadija,Ralf Keidel,J. Kosiec,M. Kowalski,A. Kühmichel,M. Lahanas,Y. Lee,Michaela Vine,A. Ljubičić,S. Margetis,E. Nappi,G. Odyniec,Guy Paić,Apostolos Panagiotou,A. Petridis,J. Pfenning,Anne Marie Piper,F. Posa,H.G. Pugh,F. Pühlhofer,G. Rai,W. Rauch,R. Renfordt,Gunther Roland,D. Röhrich,H. Rothard,K. Runge,A. Sandoval,E. E. Schmidt,N. Schmitz,E. Schmoetten,I. Schneider,P. Seyboth,J. Seyerlein,E. Skrzypczak,P. Stefański,R. Stock,H. Ströbele,L. Teitelbaum,S. Tonse,G. Vassileiadis,György Vesztergombi,D. Vranić,Siegfried Wenig,Barbara Wosiek
Multiplicity (mathematics)
Negative binomial distribution
Phase space
1993
Multiplicity distributions of negatively charged particles have been studied in restricted phase space intervals for central S+S, O+Au and S+Au collisions at 200 GeV/nucleon. It is shown that multiplicity distributions are well described by a negative binomial form irrespectively of the size and dimensionality of phase space domain. A clan structure analysis reveals interesting similarities between complex nuclear collisions and a simple partonic shower. The lognormal distribution agrees reasonably well with the multiplicity data in large domains, but fails in the case of small intervals. No universal scaling function was found to describe the shape of multiplicity distributions in phase space intervals of varying size.
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“Multiplicity distributions in small phase-space domains in central nucleus-nucleus collisions” is a paper by J. Bächler J. Bartke Helena Bialkowska R. Bock R. Brockmann Predrag Buncic S. I. Chase I. Derado V. Eckardt J. Eschke D. Ferenc Bernhard Fleischmann Markus Fuchs M. Gaździcki H. J. Gebauer E. Gładysz John William Harris W. Heck M. Hoffmann S. Kabana K. Kadija Ralf Keidel J. Kosiec M. Kowalski A. Kühmichel M. Lahanas Y. Lee Michaela Vine A. Ljubičić S. Margetis E. Nappi G. Odyniec Guy Paić Apostolos Panagiotou A. Petridis J. Pfenning Anne Marie Piper F. Posa H.G. Pugh F. Pühlhofer G. Rai W. Rauch R. Renfordt Gunther Roland D. Röhrich H. Rothard K. Runge A. Sandoval E. E. Schmidt N. Schmitz E. Schmoetten I. Schneider P. Seyboth J. Seyerlein E. Skrzypczak P. Stefański R. Stock H. Ströbele L. Teitelbaum S. Tonse G. Vassileiadis György Vesztergombi D. Vranić Siegfried Wenig Barbara Wosiek published in 1993. It has an Open Access status of “green”. You can read and download a PDF Full Text of this paper here.