Scaling in the BCS to Bose crossover problem in different partial waves

The BCS superconductivity to Bose condensation crossover problem is studied in two dimensions in S, P, and D waves, for a simple anisotropic pairing, with a finite-range separable potential at zero temperature. The gap parameter and the chemical potential as a function of Cooper-pair binding B-c exhibit universal scaling. In the BCS limit the results for coherence length xi and the critical temperature T-c are appropriate for high-T-c cuprate superconductors and also exhibit universal scaling as a function of B-c.