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We model s- and d-wave ceramic superconductors with a three-dimensionallattice of randomly distributed Josephson junctions with finiteself-inductance. The field and temperature dependences of the microwaveabsoption are obtained by solving the corresponding Langevin dynamicalequations. We find that at magnetic field H=0 the microwave absoption of thes-wave samples, when plotted against the field, has a minimum at anytemperature. In the case of d-wave superconductors one has a peak at H=0 in thetemperature region where the paramagnetic Meissner effect is observable. Theseresults agree with experiments. The dependence of the microwave absorption onthe screening strength was found to be nontrivial due to the crossover from theweak to the strong screening regime.Comment: 6 pages, 6 figures, to appear in Physcal Review

Microwave absorption ins- andd-wave disordered superconductors