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Average, global pairing behaviours of electronic devices, like films, wires,and grains are studied with semiclassical methods, as Weyl and Thomas-Fermiapproximations, in the ultrasmall, i.e., quantal regime, which exhibits strongquantum fluctuations and shell effects. This is the case also for superfluidnuclei. Results, mostly analytic, are elaborated for average size dependences,ready for easy use also in other circumstances. Comparisons with experimentalresults are given where possible.

Generic size dependences of pairing in ultrasmall systems: electronic nano-devices and atomic nuclei