Abstract
Temperature dependence of the imaginary part of ac magnetic susceptibility χ″ of Hg.69Pb.31Ba2Ca2Cu3O8+δ is investigated. We trace out the hysteresis loops at different temperatures for the experimental data of Hg.69Pb.31Ba2Ca2Cu3O8+δ. Furthermore, the external ac field has fully been penetrated into the specimen at the coupling temperature Tp(real), which is predicted by our theory, but with a slight temperature shift ΔTp from Tp(expected) at which the magnetic field have just penetrated into the centre of the specimen, i.e. Tp(real)Tp(expected).
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