Surface wave propagation in a dusty magnetized plasma
at frequencies below and of the order of the ion-cyclotron frequency, but
well above the dust cyclotron frequency, is considered. The
dust grains are assumed to be stationary, but to carry a proportion of the
negative charge of the plasma. The dispersion relation for surface waves propagating on an interface
between a dusty plasma and a vacuum is derived and discussed.
The damping of the waves due to Alfven resonance absorption in a narrow but
non-zero width interface is derived.