  We study spin chains submitted to disturbed kick trains described by
classical dynamical processes. The spin chains are described by Heisenberg and
Ising models. We consider decoherence, entanglement and relaxation processes
induced by the kick irregularity in the multipartite system (the spin chain).
We show that the different couplings transmit the disorder along the chain
differently and also to each spin density matrix with different efficiencies.
In order to analyze and to interpret the observed effects we use a
semi-classical analysis across the Husimi distribution. It consists to consider
the classical spin orientation movements. A possibility of conserving the order
into the spin chain is finally analyzed.
