Campbell penetration depth in CeCoIn5 deviates from √H dependence with abrupt slope changes and yields nearly T-linear J_c(T), interpreted as evidence for unconventional superconductivity via vortex lattice effects.
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cond-mat.supr-con 2years
2026 2verdicts
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Ni doping in CeCoIn5 increases carrier density linearly as electron doping while suppressing anomalous enhancements in the Hall coefficient near the upper critical field and above Tc.
citing papers explorer
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Campbell penetration depth in a single crystal of heavy fermion superconductor CeCoIn$_5$
Campbell penetration depth in CeCoIn5 deviates from √H dependence with abrupt slope changes and yields nearly T-linear J_c(T), interpreted as evidence for unconventional superconductivity via vortex lattice effects.
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Carrier-doping effect and anomalous transport properties in Ni-doped CeCoIn5 investigated by Hall resistivity measurements
Ni doping in CeCoIn5 increases carrier density linearly as electron doping while suppressing anomalous enhancements in the Hall coefficient near the upper critical field and above Tc.