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Superexchange, magnetism

In further studies along this line. Greenwood et al. have examined the magnetic superexchange interactions in the solid solution series La cCai cRu03 (0 < x... [Pg.282]

Further studies (EPR and Mossbauer spectroscopies) will complete the structural characterisation of these complexes and perhaps confirm the ability of squarate to serve as a pathway for magnetic superexchange interaction between paramagnetic ions. [Pg.372]

Estimated path of magnetic superexchange interactions in the cluster... [Pg.686]

In yttrium iron garnet Y3Fe5012 ( YIG ) a ferrimagnetic coupling (superexchange) is active between the octahedral and the tetrahedral sites. Since the tetrahedral sites are in excess, the magnetic moments do not compensate each other. The magnetic properties can be varied by substitution of yttrium by lanthanoids. [Pg.237]

See other pages where Superexchange, magnetism is mentioned: [Pg.486] [Pg.273] [Pg.291] [Pg.292] [Pg.1313] [Pg.2230] [Pg.266] [Pg.263] [Pg.368] [Pg.1312] [Pg.2229] [Pg.419] [Pg.501] [Pg.158] [Pg.222] [Pg.239] [Pg.70] [Pg.60] [Pg.160] [Pg.486] [Pg.273] [Pg.291] [Pg.292] [Pg.1313] [Pg.2230] [Pg.266] [Pg.263] [Pg.368] [Pg.1312] [Pg.2229] [Pg.419] [Pg.501] [Pg.158] [Pg.222] [Pg.239] [Pg.70] [Pg.60] [Pg.160] [Pg.191] [Pg.237] [Pg.238] [Pg.1049] [Pg.1121] [Pg.1192] [Pg.9] [Pg.468] [Pg.479] [Pg.197] [Pg.177] [Pg.282] [Pg.283] [Pg.476] [Pg.78] [Pg.79] [Pg.267] [Pg.267] [Pg.268] [Pg.269] [Pg.335] [Pg.24] [Pg.278] [Pg.278] [Pg.56] [Pg.57]