  Differential cross sections are computed for the title polar molecule using
static interaction, exchange forces and correlation-polarisation effects as
described in detail in the main text. The dipole effect is also reported via
the dipole Born correction procedure and the final angular distributions are
compared with existing experimental data. The shape and location of the
prominent low-energy resonance are computed and compared with experiments. The
comparison shows that the present treatment of the interaction forces and of
the quantum dynamics can indeed afford good agreement between measured and
computed quantities for a multielectron target as OCS.
