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Author (up) Bardeen, J; Mattis, D. C. openurl 
  Title Theory of the anomalous skin effect in normal and superconducting metals Type Journal Article
  Year 1958 Publication Phys. Rev. Abbreviated Journal Phys. Rev.  
  Volume 111 Issue 2 Pages 412-417  
  Keywords local dirty limit, complex conductivity, HEB  
  Abstract Chambers' expression for the current density in a normal metal in which the electric field varies over a mean free path is derived from a quantum approach in which use is made of the density matrix in the presence of scattering centers but in the absence of the field. An approximate expression used for the latter is shown to reduce to one derived by Kohn and Luttinger for the case of weak scattering. A general space-and time-varying electromagnetic interaction is treated by first-order perturbation theory. The method is applied to superconductors, and a general expression derived for the kernel of the Pippard integral for fields of arbitrary frequency. The expressions derived can also be used to discuss absorption of electromagnetic radiation in thin superconducting films.  
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  Notes Approved no  
  Call Number Serial 937  
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