A systematic study of the energy independent behaviour of the fragmentation regions in16O-Em interactions from 3.7 to 200A GeV

L N Svechnikova,S P Kharlamov,N A Marutyan,V N Lepetan,V G Larionova,M I Tretyakova,H S Palsania,R J Wilkes,T H Burnett,L K Mangotra,V R Sarkisyan,L G Sarkisova,P Y Zheng,A S Gaitinov,D Skelding,G F Xu,L P Chernova,Z I Solovjeva,S Mookerjee,X Cai,N G Peresadko,N Saidkhanov,N S Lukicheva,S C Strausz,V S Navotny,N V Maslennikova,S K Badyal,Z V Anson,G I Orlova,S Kachroo,V S Bhatia,M M Chernyavski,N P Andreeva,B Judek,I Otterlund,H Nasrulaeva,V A Plyushchev,G Z Eligbaeva,T P Trofimova,N A Salmanova,V I Bubnov,G S Kalyachkina,S Garpman,K B Bhalla,S Lokanathan,S I Zhochova,T Koss,S H Nasyrov,E Stenlund,F G Kadyrov,M I Adamovich,F A Avetyan,K G Gulamov,J Grote,É K Kanygina ,Yu Alexandrov ,S Gerassimov ,J J Lord ,S Raniwala ,H O Wang ,С А Краснов ,A Bhasin ,V G Bogdanov ,Gautam Kaul ,M M Aggarwal ,P Lal ,Y Z Liu ,L.e Eremenko ,H H Heckman ,B Jakobsson ,G Shabratova ,J T Rhee ,D H Zhang ,K.d Tolstov ,R Arora ,Ts.i Shakhova ,Z Weng ,J Ravina ,S Luo ,V Rappoport ,M Karabová ,E Ganssauge ,I S Mittra ,Vinod Kumar ,N Kameswara Rao ,U Tuleeva ,L S Liu ,S K Gupta ,E.s Basova ,R Raniwala ,I.ya Chasnikov ,N V Petrov ,K Söderström ,W Y Qian ,S Vokál ,D C Zhou

doi:10.1007/bf01482584

A systematic study of the energy independent behaviour of the fragmentation regions in16O-Em interactions from 3.7 to 200A GeV

L N Svechnikova, S P Kharlamov + Show 94 more

https://doi.org/10.1007/bf01482584

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Journal: Zeitschrift für Physik C: Particles and Fields	Publication Date: Jun 1, 1992
Citations: 2

Affiliation: University of Rajasthan, University of Washington, University of Jammu, Academia Sinica, V. G. Khlopin Radium Institute, Panjab University, Lund University, Lawrence Berkeley National Laboratory, Philipps University of Marburg, Shanxi Normal University

#Two-particle Pseudo-rapidity Correlations #Intermittency Indices + Show 8 more

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Abstract

The scaling behaviour in the fragmentation regions is investigated for16O-Em interactions from 3.7 to 200A GeV. It is found that in both the projectile- and the target-fragmentation regions, the multiplicity and pseudo-rapidity distributions as well as the two-particle pseudo-rapidity correlations are independent of incident energy. The intermittency indices at 14.6, 60 and 200A GeV are the same within the experimental errors, indicating that the limiting fragmentation hypothesis works with regard to dynamical as well as statistical fluctuations.

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