Abstract
The angular dependence of the critical current density in a patterned 8° vicinal thin film of YBa2Cu3O7-δ has been investigated. The transport critical currents were measured on a T track under a variable Lorentz force and under a maximum Lorentz force configuration at different temperatures and fields. The expected critical current minima due to channelling of vortices were observed. String and pancake forces per unit length have been determined.
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