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A search and research of long-range and short-range multiparticlecorrelations in pseudorapidity distribution of secondary particles on the baseof analysis of individual interaction of nuclei of $^{197}Au$ at energy 10.7AGeV with photoemulsion nuclei, is carried out. Events with long-rangemultiparticle correlations (LC), short-range multiparticle correlations (SC)and mixed type (MT) in pseudorapidity distribution of secondary particles, areselected by Hurst method in accordance of Hurst curve behavior. These typeshave significantly different characteristics. At first, they have differentparameters of fragmentation. Events of LC type are processes of fulldestruction of projectile nucleus, in which multicharge fragments are absent.In events of mixed type several multicharge fragments of projectile nucleus arediscovered. Secondly, these two types have significantly different multiplicitydistribution. Mean multiplicity of LC type events is significantly more than inevents of mixed type.  On the basis of research of dependence of multiplicity versus target-nucleifragments number for events of various types it is revealed, that the mostconsiderable multiparticle correlations are observed in interactions of mixedtype, which correspond to the central collisions of gold nuclei and nuclei ofCNO-group, i.e. nuclei with strongly asymmetric volume, nuclear mass, charge,etc. Such events are characterised by full destruction of target-nucleus anddisintegration of projectile-nucleus on several multi-charged fragments.

Long-range and short-range multiparticle correlation in collisions of $_{79}Au^{197}$ 10.7 A GeV with photoemulsion nuclei