Non-resonant EPR signals from a FeSe single crystal are interpreted as derivatives of the superconducting transition, yielding Tc to be about 8 K, a transition width of about 4 K, and Hc1 of about 27 Oe, with resonant signals attributed to Fe2+.
Figure 1 shows the dependence of the magnetic moment m of the studied single crystal on temperature in the superconducting phase transition region
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Determination of the properties of a superconducting single crystal FeSe using an EPR spectroscopy
Non-resonant EPR signals from a FeSe single crystal are interpreted as derivatives of the superconducting transition, yielding Tc to be about 8 K, a transition width of about 4 K, and Hc1 of about 27 Oe, with resonant signals attributed to Fe2+.