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- W2003887725 abstract "Using multiple-pair-breaking theory, we have analyzed our ${H}_{c2}$ data for pure La and for $mathrm{La}mathrm{Ce}$ and $mathrm{La}mathrm{Gd}$ alloys. For the $mathrm{La}mathrm{Gd}$ samples, we find a deviation from simple-pair-breaking theory, which is caused by the presence of the strong exchange field from the spin-$frac{7}{2}$ impurities. This deviation implies significant Pauli paramagnetic pair breaking for this type of superconductor where the total internal field is large, even though the (externally applied) critical field is small. The $mathrm{La}mathrm{Ce}$ data provide a direct measurement of the spin-flip scattering rate as a function of temperature. The strong temperature dependence observed implied that $mathrm{La}mathrm{Ce}$ is a Kondo system with a characteristic temperature much less than 1 K. The ${T}_{c}$-vs-concentration study shows that impurity-impurity interactions play a large role." @default.
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- W2003887725 date "1972-08-01" @default.
- W2003887725 modified "2023-10-18" @default.
- W2003887725 title "Temperature-Dependent Pair Breaking inLaCeandLaGd" @default.
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- W2003887725 doi "https://doi.org/10.1103/physrevb.6.839" @default.
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