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Kappler, J. P., P. Lehmann, G. Schmerber, G. Nieva, and J. G. Sereni. "Magnetic properties of the Ce-Rh binary phases." Journal de Physique Colloques 49, no. C8 (1988): 721–722.
Abstract: Crystallographic, magnetic and resistivity studies on the Ce-Rh binary phases clearly define two Ce ground state regions : i) CeRh3, CeRh2 and CeRh as intermediate valence compounds and ii) Ce5Rh4, Ce3Rh2 Ce5Rh3 and Ce7Rh3 with magnetic transitions at low temperature.
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Kappler, J. P., E. Beaurepaire, G. Krill, C. Godart, G. Nieva, and J. G. Sereni. "Magnetic to non-magnetic transition of Ce induced by volume in Ce(Pd, Ni) and electron concentration in Ce(Pd, Rh)." Journal de Physique Colloques 49, no. C-8 (1988): 723–724.
Abstract: Unit cell volume, magnetic properties and LIII X-ray absorption edge studies in Ce(Pd, M) with M = Ni or Rh show that the Ce demagnetization is mainly driven by volume reduction in Ce(Pd, Ni) and essentially due to the reduction of the d electron number in Ce(Pd, Rh).
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Sereni, J. G., G. L. Olcese, and C. Rizzuto. "Interconfigurational fluctuations in Ce cubic compounds." Journal de Physique Colloques 40, no. C5 (1979): 337–339.
Abstract: The magnetic susceptibility of thirty Ce cubic compounds is analyzed, assuming a temperature dependence of the valence fluctuations. The energy level scheme, obtained by fitting the measured susceptibility is used to calculate other physical properties. A correlation between the Ce ionic radius and the interconfigurational excitation energy has been found.
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Kappler, J. P., G. Nieva, J. G. Sereni, and J. Souletie. "Static Scaling in the CePd3Bx Kondo system." Journal de Physique Colloques 49, no. C-8 (1988): 725–726.
Abstract: The static scaling hypothesis for continuous transitions, extended to cases where Tc < 0, has appropriate features to describe heavy fermions. We present here the application of this model to the specific-heat and susceptibility anomalies for the concentrated Kondo system CePd3Bx (x = 0.4 and 1).
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