Magnetic exchange in a copper(II) dimer with oxime bridging groups

Abstract
An unusual dimeric structure with tetragonally co-ordinated copper(II) ions, bridged by oxime groups into six-membered rings, has been found for CuLCIO4·H2O, where L represents the anion of 2-(2-hydroxyethyl)imine-3-oximatobutane; the low magnetic moment per copper atom (0·25 B.M.) results from superexchange coupling through the bridge.

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