A Cooper-pair ionization model combined with screened field penetration predicts that about 10^8 V/m external DC fields suppress superconductivity in 20 nm NbN films.
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Microscopic mechanism of electric field-induced superconductivity suppression in metallic thin films
A Cooper-pair ionization model combined with screened field penetration predicts that about 10^8 V/m external DC fields suppress superconductivity in 20 nm NbN films.