  The $t$-dependence and the $(M_x^2/s)$-dependence of the double differential
cross-sections for inelastic diffractive scattering off proton-target are
discussed. Here $t$ stands for the four-momentum-transfer squared, $M_x$ for
the missing mass, and $\sqrt{s}$ for the total c.m.s. energy. It is shown, that
the space-time properties of the color-singlet gluon-clusters due to SOC,
discussed in Part I, lead to simple analytical formulae for $d^2\sigma/dt
d(M_x^2/s)$ and for $d\sigma/dt$, and that the obtained results are in good
agreement with the existing data. Further experiments are suggested.
