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This paper presents a microscopic calculation of the flux-flow resistivity$\rho_{f}$ for s-wave type-II superconductors with arbitrary impurityconcentrations near the upper critical field $H_{c2}$. It is found that, as themean free path $l$ becomes longer, $\rho_{f}$ increases gradually from thedirty-limit result of Thompson [Phys. Rev. B{\bf 1}, 327 (1970)] and Takayamaand Ebisawa [Prog. Theor. Phys. {\bf 44}, 1450 (1970)]. The limiting behaviorssuggest that $\rho_{f}(H)$ at low temperatures may change from convex downwardto upward as $l$ increases, thus deviating substantially from the lineardependence $\rho_{f}\propto H/H_{c2}$ predicted by the Bardeen-Stephen theory[Phys. Rev. {\bf 140}, A1197 (1965)]

Theory of Flux-Flow Resistivity nearHc2fors-Wave Type-II Superconductors

Theory of Flux-Flow Resistivity nearH_c2fors-Wave Type-II Superconductors