Quantum theory of longitudinal transport phenomena in cylindrical conductors in a weak magnetic field

The behavior of the longitudinal kinetic coefficients of cylindrical conductors placed in a weak magnetic field is studied. It is shown that the electrical and thermal conductivity and thermoelectromotive force periodically vary as the magnetic field flux is varied. The oscillation period is equal to the flux quantum hc/e of a normal metal. The relative oscillation amplitude is found and ways in which they may be experimentally detected are discussed.

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