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de Haas-van Alphen Oscillations in a Superconducting State at High Magnetic Fields

Low-temperature quantum oscillations of the dHvA amplitude are shown to persist far below the upper critical field of a strongly type-II superconductor, due to the gapless nature of the BCS quasiparticle spectrum in high fields. The dHvA amplitude in the superconducting state is smaller than its normal state countpart by factor ~[max(T,Gamma]/delta]**2, where Gamma is the damping. This factor reflects the presence of a small gapless portion of the fermi surface, surrounded by regions where the BCS gap is large. The agreement with recent experimental data on V3Si is very good.

preprint1995arXivOpen access
S. DukanZ. Tesanovic
cond-mat
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Open access2 authors1 topic
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S. DukanZ. Tesanovic

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