Fluctuation and fractality study of target residue in S32- AgBr interaction at 200 A GeV
D Ghosh, R Chattopadhyay, S Sarkar, AK Jafry… - Zeitschrift für Physik C …, 1997 - Springer
D Ghosh, R Chattopadhyay, S Sarkar, AK Jafry, M Lahiri, S Das, K Purkait, J Roychoudhury…
Zeitschrift für Physik C Particles and Fields, 1997•SpringerIn this paper we analysed scaled factorial moment in different phase-space intervals to study
the dynamical fluctuation of target evaporated particles in 32 S-AgBr interactions at 200 A
GeV. In order to gather knowledge about the detailed characteristics of intermittency
behaviour, the SFMs are calculated upto 6th order. The analysis indicates the occurence of
a nonthermal phase transition and different aspects of particle production. The multifractility
among target evaporated particles is also indicated by the data when analysed using the …
the dynamical fluctuation of target evaporated particles in 32 S-AgBr interactions at 200 A
GeV. In order to gather knowledge about the detailed characteristics of intermittency
behaviour, the SFMs are calculated upto 6th order. The analysis indicates the occurence of
a nonthermal phase transition and different aspects of particle production. The multifractility
among target evaporated particles is also indicated by the data when analysed using the …
Abstract
In this paper we analysed scaled factorial moment in different phase-space intervals to study the dynamical fluctuation of target evaporated particles in 32S-AgBr interactions at 200 A GeV. In order to gather knowledge about the detailed characteristics of intermittency behaviour, the SFMs are calculated upto 6th order. The analysis indicates the occurence of a nonthermal phase transition and different aspects of particle production. The multifractility among target evaporated particles is also indicated by the data when analysed using the new method proposed by Takagi.
Springer