High-quality, c-axis-oriented thin films of the intermetallic superconductor YNi2B2C were obtained in situ by magnetron sputtering on MgO and other substrates held at about T = 800 degrees C. The best films showed a maximum of T-c = 15.1 K with Delta T-c approximate to 0.1 K. We report on structural and electrical film characterization including de resistivity measurements up to 450 K as well as critical-field and critical-current measurements. Scanning tunnel microscope tunneling measurements were also performed, giving further evidence of the overall BCS nature of these compounds.
Properties of YNi2B2C superconducting thin films
Aruta C;Salluzzo M;
1997
Abstract
High-quality, c-axis-oriented thin films of the intermetallic superconductor YNi2B2C were obtained in situ by magnetron sputtering on MgO and other substrates held at about T = 800 degrees C. The best films showed a maximum of T-c = 15.1 K with Delta T-c approximate to 0.1 K. We report on structural and electrical film characterization including de resistivity measurements up to 450 K as well as critical-field and critical-current measurements. Scanning tunnel microscope tunneling measurements were also performed, giving further evidence of the overall BCS nature of these compounds.File in questo prodotto:
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