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Specific heat, electric susceptibility and thermal conductivity of praseodymium ethyl sulphate: A one-dimensional electric dipolar XY system

J. T. FolinsbeePhys. Dept., Queen's Univ., Kingston, Ont., CanadaJ. P. HarrisonPhys. Dept., Queen's Univ., Kingston, Ont., CanadaDerek McCollPhys. Dept., Queen's Univ., Kingston, Ont., CanadaD. R. TaylorPhys. Dept., Queen's Univ., Kingston, Ont., Canada
1977en
ABI

Аннотация

Specific heat and electric susceptibility measurements on praseodymium ethyl sulphate have shown that down to 0.06K it is well described by the one-dimensional XY model with the interaction between nearest neighbour pairs of praseodymium ions arising from electric dipole-dipole coupling. A comparison of the experimental data and the theoretical expression for electric susceptibility gives the nearest neighbour pair interaction parameter, J, equal to kB*0.76K. The electric dipole moment of the Pr3+ ion was found to be confined to the XY plane and was of magnitude gamma =7.8*10-31 C m; the consequent electric dipole-dipole interaction parameter between nearest neighbours was kB*1.12K, in reasonably good agreement with the J-value determined from electric susceptibility.

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