  Applying numerical techniques to a model recently proposed for the one
dimensional spin-Peierls compound CuGeO_3, we calculate dynamical properties
that can be directly compared with inelastic neutron scattering data and
angle-resolved photoemission experiments. The momentum and energy dependence of
the dynamical structure factor S(q,omega) are discussed, as well as the static
structure factor S(q). The spectral function A(q,omega) calculated from the one
particle Green's function at half-filling is shown at several values of the
hole hopping amplitude t. The results have some unique features characteristic
of one dimensional systems including small weight near the Fermi energy. The
presence of ``shadow bands'' induced by short distance antiferromagnetic
correlations is predicted to appear in ARPES experiments for CuGeO_3 and also
for Sr_2CuO_3.
