Using the effective-field theory with a probability distribution technique
that accounts for the self-spin-correlation functions, the layer longitudin
al magnetizations and quadrupolar moments of a spin-1 Ising film and their
averages are examined. These quantities as functions of the temperature, th
e ratio of the surface exchange interactions to the bulk ones, the strength
of the transverse field and the film thickness are calculated numerically
and some interesting results are obtained.