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Size Dependence Of 1D Superconductivity In Nbn Nanowires On Suspended Carbon Nanotubes
2013
Zenodo
We report the size dependence of 1D superconductivity in ultrathin (10-130 nm) nanowires produced by coating suspended carbon nanotubes with a superconducting NbN thin film. The resistance-temperature characteristic curves for samples with ≧25 nm wire width show the superconducting transition. On the other hand, for the samples with 10-nm width, the superconducting transition is not exhibited owing to the quantum size effect. The differential resistance vs. current density characteristic curves
doi:10.5281/zenodo.1061130
fatcat:tuinv4lg45anhnfq72jlu53aoe