Publication | Closed Access
A scaling law for the critical current density of weakly- and strongly-coupled superconductors, used to parameterize data from a technological Nb<sub>3</sub>Sn strand
47
Citations
49
References
2003
Year
Superconducting MaterialEngineeringLarge VolumeMagnetic MaterialsCritical CurrentsMagnetismSuperconductivityQuantum MaterialsScaling LawSuperconducting DevicesHigh-tc SuperconductivityPhysicsCritical Current DensityMagnetic MeasurementHigh-temperature SuperconductivityNatural SciencesCryogenicsCondensed Matter PhysicsUnconventional SuperconductivityApplied PhysicsStrongly-coupled SuperconductorsMagnetic FieldQuantum Superconductivity
There is currently no consensus on how best to parameterize the large volume of data produced in measuring the magnetic field (B), temperature (T) and strain (ε) dependence of the engineering critical current density (JE(B, T, ε)) for A15 superconducting strands. For the volume pinning force (FP) and the upper critical field BC2(T, ε), we propose
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