22 research outputs found
Local particle densities and global multiplicities in central heavy ion interactions at 3.7, 14.6, 60 and 200A GeV
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On the optimal choice of the number of empirical Fourier coefficients for comparison of regression curves
No full textThe paper is devoted to the elaboration of an efficient approach for comparison
of two regression curves based on the empirical Fourier coefficients of regression
functions. For the problem of testing for the equality of the two unknown functions
in the case of homoscedastic error structure and observation at equidistant points, we
derive a new procedure with adaptive choice of the number of the coefficients used in
the hypotheses testing. Our approach is based on approximation of the most powerful
test using the full knowledge of the regression functions. The results are justified by
theoretical arguments and the superiority of the new procedure is also confirmed by a
simulation study
Multiplicity of charged particles in inelastic interactions of oxygen nuclei with hydrogen at 3.1 A GeV/C
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A systematic investigation of scaled factorial cumulant moments for nucleus-nucleus interactions
No full textRapidity density distributions in O, Si, S, and Au induced high energy heavy-ion interactions
No full textOn the jet-like and ring-like substructure in distributions of produced particles in central heavy-ion collisions at ultra-relativistic energies
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