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., M. J. Besnus, P. Lehmann, A. Meyer, and J. Sereni. "Intermediate valence, magnetic ordering, and volume effect in the cerium-palladium system." Journal of the Less Common Metals 111, no. 1–2 (1985): 261–264.
Abstract: Crystallographic, magnetic, and heat capacity studies of the Ce-Pd system evidence the existence of the phases CePd7, CePd3, Ce3Pd5, Ce3Pd4, CePd, Ce3Pd2 and Ce7Pd3. Except for CePd7 and CePd3, the other compounds show magnetic ordering with a linear decrease of the mean atomic volume from γ-Ce to α-Pd. The fictitious volume of “magnetic CePd3†deduced from this Végard law corresponds to that of the CePd3Mx systems where magnetic ordering is observed.
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