Using the Model of the Stochastic Vacuum many diffractive processes have been
calculated by investigating the dipole-dipole scattering at a cm-energy of 20
GeV. In this work we extend the calculation to larger energies and small
dipoles. We assume that there are two pomerons, the hard- and the soft-pomeron,
which cause the different energy dependence for processes dominated by small or
large dipoles. The physical processes are obtained by smearing the
dipole-dipole amplitude with wavefunctions. For small dipoles the leading
perturbative contribution is taken into account. By that way we can describe in
addition to the already calculated low energy results (20 GeV) also the HERA
data for the considered processes in nearly the whole energy and Q^2 range.Comment: LaTeX2e, 4pp, espcrc2mod.sty (appended, espcrc2 with corrected
error), graphicx.sty, 17 eps-figures. Talk presented at QCD98, Montpellier,
France (Nucl.Phys.B Proc.Suppl.
