Hexanuclear lanthanide complexes have been used as molecular precursors to built 3d-4f molecular chains. These complexes were originally targeted as building blocks for the synthesis of lanthanides-containing coordination polymers but reacting them with the 3d molecular precursor [Cu(opba)](2) lead to Ln(III)-Cu(II) hetero-bimetallic chains with general formula [Ln(NO3)(DMSO)(2)Cu(opba)(DMSO)(2)](infinity) with Ln = Gd-Er. The reaction mechanism can be explained by a sterically-induced reaction where the attack of the [Cu(opba)](2) moiety is driven by the hexanuclear lanthanide clusters geometry. Static magnetic properties of the Gd- and Dy-based chains have been investigated as well as the dynamic magnetic properties of the Dy-containing compound. These studies confirrmed that this chemical strategy can possibly yield to 3d-4f single chain magnets.

Sterically-induced synthesis of 3d-4f one-dimensional compounds: A new route towards 3d-4f single chain magnets / Calvez G; Bernot K; Guillou O; Daiguebonne C; Caneschi A; Mahe N. - In: INORGANICA CHIMICA ACTA. - ISSN 0020-1693. - STAMPA. - 361:(2008), pp. 3997-4003. [10.1016/j.ica.2008.03.040]

Sterically-induced synthesis of 3d-4f one-dimensional compounds: A new route towards 3d-4f single chain magnets

CANESCHI, ANDREA;
2008

Abstract

Hexanuclear lanthanide complexes have been used as molecular precursors to built 3d-4f molecular chains. These complexes were originally targeted as building blocks for the synthesis of lanthanides-containing coordination polymers but reacting them with the 3d molecular precursor [Cu(opba)](2) lead to Ln(III)-Cu(II) hetero-bimetallic chains with general formula [Ln(NO3)(DMSO)(2)Cu(opba)(DMSO)(2)](infinity) with Ln = Gd-Er. The reaction mechanism can be explained by a sterically-induced reaction where the attack of the [Cu(opba)](2) moiety is driven by the hexanuclear lanthanide clusters geometry. Static magnetic properties of the Gd- and Dy-based chains have been investigated as well as the dynamic magnetic properties of the Dy-containing compound. These studies confirrmed that this chemical strategy can possibly yield to 3d-4f single chain magnets.
2008
361
3997
4003
Calvez G; Bernot K; Guillou O; Daiguebonne C; Caneschi A; Mahe N
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/390221
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