Magnetic Properties of Usovite and Jarlite Derivative Compounds
Language
en
Chapitre d'ouvrage
This item was published in
Advanced Inorganic Fluorides : Synthesis, Characterization and Applications, Advanced Inorganic Fluorides : Synthesis, Characterization and Applications. 2000p. 283-314
Elsevier (Amsterdam)
English Abstract
Large interest in the thermodynamics of one-dimensional (1D) systems has been stimulated by the engineering of new materials of this type, as for instance ferrimagnetic chains made up of two unequal spin sublattices spreading ...Read more >
Large interest in the thermodynamics of one-dimensional (1D) systems has been stimulated by the engineering of new materials of this type, as for instance ferrimagnetic chains made up of two unequal spin sublattices spreading in a 1D network. Very often, their peculiar topological features allow an accurate theoretical description of their behavior, so that one can hope to get fundamental insights into the underlying physics of magnetic phenomena. Here we present some results of different bimetallic chains encountered in Usovite and Jarlite compounds. Despite the large differences between the sizes of the alternating sites offered, some compounds are disordered, making irrelevant any description in terms of regularly alternating chains. New theoretical treatments are suggested in order to account for the magnetic behavior.Read less <
English Keywords
Magnetic properties
Inorganic compounds
Usovite
Jarlite
Chemical structure
Origin
Hal imported