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Anisotropy of flux-flow resistivity in UPt3 by Lutke-Entrup, N.; Blaauwgeers, R.; Placais, B.; Huwley, A.; Kambe, S.; Krusius, M.; Mathieu, P.; Simon, Y. is a scholarly article available to read on EtoBox.

What is Anisotropy of flux-flow resistivity in UPt3 about?

The ac prenetration depth, \lambda_ac(T,H,f), has been measured in superconducting UPt3 single crystals for H\parallel c and H\perp c in the range f=0.01-1MHz and T=0.1-0.4 K. The contributions from bulk pinning and surface pinning have been separated out to yield the flux-flow resistivity \rho_f(H). With H\perp c, rho_f displays magneto-resistance at low field which agrees with previous dc measurements and the characteristic scaling law of clean crystals with anisotropic gap. When H\parallel c, the low-field \rho_f is three times larger. We interpret this property as evidence for flux line with unconventional core structure.

Author

Lutke-Entrup, N.; Blaauwgeers, R.; Placais, B.; Huwley, A.; Kambe, S.; Krusius, M.; Mathieu, P.; Simon, Y.

Published

2000

Language

EN