Abstract
An algorithm of analysis of multiparticle final states is offered. By the Renyi dimensionalities, which were calculated according to experimental data, though it were hadron distribution over the rapidity intervals or particle distribution in an N-dimensional momentum space, we can judge about the degree of correlation of particles, separate the momentum space projections and areas where the probability measure singularities are observed. The method is tested in a series of calculations with samples of fractal object points and with samples obtained by means of different generators of pseudo- and quasi-random numbers. 27 refs.; 11 figs.
Citation Formats
Chilingaryan, A A.
Dimensionality analysis of multiparticle production at high energies.
USSR: N. p.,
1989.
Web.
Chilingaryan, A A.
Dimensionality analysis of multiparticle production at high energies.
USSR.
Chilingaryan, A A.
1989.
"Dimensionality analysis of multiparticle production at high energies."
USSR.
@misc{etde_10128905,
title = {Dimensionality analysis of multiparticle production at high energies}
author = {Chilingaryan, A A}
abstractNote = {An algorithm of analysis of multiparticle final states is offered. By the Renyi dimensionalities, which were calculated according to experimental data, though it were hadron distribution over the rapidity intervals or particle distribution in an N-dimensional momentum space, we can judge about the degree of correlation of particles, separate the momentum space projections and areas where the probability measure singularities are observed. The method is tested in a series of calculations with samples of fractal object points and with samples obtained by means of different generators of pseudo- and quasi-random numbers. 27 refs.; 11 figs.}
place = {USSR}
year = {1989}
month = {Dec}
}
title = {Dimensionality analysis of multiparticle production at high energies}
author = {Chilingaryan, A A}
abstractNote = {An algorithm of analysis of multiparticle final states is offered. By the Renyi dimensionalities, which were calculated according to experimental data, though it were hadron distribution over the rapidity intervals or particle distribution in an N-dimensional momentum space, we can judge about the degree of correlation of particles, separate the momentum space projections and areas where the probability measure singularities are observed. The method is tested in a series of calculations with samples of fractal object points and with samples obtained by means of different generators of pseudo- and quasi-random numbers. 27 refs.; 11 figs.}
place = {USSR}
year = {1989}
month = {Dec}
}