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Measurements of the temperature-dependent conductivity and the magnetoconductivity of a three-dimensional (3D) Nb:Si film are presented. These results are analyzed using superconducting fluctuation, weak localization, and electron-electron interaction theories, giving values for the inelastic scattering time and the spin-orbit scattering time. It was found that the Aslamasov-Larkin term of the superconducting fluctuations was necessary to explain the data and that the function {β}(H) in the Maki-Thompson term is not as yet satisfactorily derived by theory. The magnetoconductance results for a 2D Nb:Si film are given for a comparison.
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Denhoff et al. (1986) studied this question.
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