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Strange baryons have long been known to exhibit a leading particle effect. A recent comparison of $Xi^-$ production in $pi^-$, $n$, and $Sigma^-$ interactions with nuclei show this effect clearly. These data are supplemented by earlier measurements of $Xi^-$ and $Omega$ production by a $Xi^-$ beam. We calculate the $Xi^-$ and $Omega$ $x_F$ distributions and nuclear dependence in $hA$ interactions using the intrinsic model.
Studying experimental data obtained at ITEP [1] on neutron production in interactions of protons with various nuclei in the energy range from 747 MeV up to 8.1 GeV, we have found that slow neutron spectra have scaling and asymptotic properties [2]. T
The study of higher-order moments of a distribution and its cumulants constitute a sensitive tool to investigate the correlations between the particle produced in high energy interactions. In our previous work we have used the Tsallis $q$ statistics,
The various experimental data at AGS, SPS and RHIC energies on hadron particle yields for central heavy ion collisions are investigated by employing a generalized statistical density operator, that allows for a well-defined anisotropic local momentum
In the framework of the modified FRITIOF model, the inclusive spectra of the cumulative $pi ^0$-, $pi ^- $-mesons and protons produced in the nucleus-nucleus interactions at 4.5 GeV/c/nucleon and 4.2 GeV/c/nucleon are calculated. It is shown that the
Inclusive charged hadron cross sections, $dsigma/deta$, and the mean transverse momenta, $<p_T>$, are considered within the two component model, which combines the power-like and the exponential terms in $p_T$. The observed dependences of the spectra