Titlebook: Unconventional Superconductors; Experimental Investi Gernot Goll Book 2006 Springer-Verlag Berlin Heidelberg 2006 Experiment.Heavy-fermion

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Probing the Phase,ergy gap, informationon the superconductive phase is a second important property which helpsto assign the superconductive order parameter. Phase information is usually probedby the Josephson effect which is based on pair tunnelling. However, unconventionalsuperconductors even provide phase informati

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Probing the Vortices: Lattice Symmetry and Internal Structure,. For applied magnetic fields larger than the lower critical field . and below the upper critical field . of the superconductor the magnetic field penetrates the superconductor in quantized magnetic flux lines called .. The vortex core contains a single flux quantum φ. and the material is in the nor

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Ce-Based Heavy-Fermion Superconductors,ity of a quantum critical point which is often reached only under hydrostatic pressure. In the following sections only those Cerium compounds are reviewed where superconductivity appears already at ambient pressure. In those compounds the superconducting state has been investigated and characterized

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U-Based Heavy-Fermion Superconductors,near term in specific heat,. =430 mJ/molK. [1] and the equally enhanced Pauli susceptibility. It orders antiferromagnetically at .N ≈ 5K [2], but the ordered moment . = 0.02μB/U is unusually small and is directed along the a. axis in the hexagonal plane. Below Tc ≈ 0.5K UPt. becomes superconducting.

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