Study of fragmentation parameters in Deep Inelastic Scattering neutrino interactions

We perform a detailed study of individual hadrons produced in ν_μ Deep Inelastic Scattering (DIS) events reconstructed in the NOMAD detector. In particular, we analyze the inclusive properties of charged hadrons and the yields of strange particles and resonances. We tune the free parameters which are used to describe the hadronization in the JETSET simulation code in order to reproduce the distributions and multiplicities measured in Charged Current (CC) events. As a result, we obtain an improved description of available data for both Charged and Neutral Current (NC) interactions. Our results can be used for the simulation of neutrino interactions in future experiments and for low energy applications. (author)