  Multi-hadron production in inelastic neutrino-nucleon interactions is
investigated within the framework of the quark-gluon string model. The
contributions of the planar (one-Reggeon exchange) and cylindrical (one-Pomeron
exchange) graphs to different observables is computed using a Monte Carlo
program for the generation of hadrons produced from the decay of colorless
quark-antiquark strings. The suggested approach results in a satisfactory
description of the experimental data on $\nu(\bar\nu) N\to\mu^-(\mu^+) h X$
reactions obtained recently at CERN by the NOMAD Collaboration. The data
extends over a wide range of initial neutrino energies $E_\nu$ $<$ 200 GeV/c
and momentum transfers 1 $<$ Q $<$ 7 GeV/c, well into the region where
perturbative QCD calculations are not applicable.
