A sub-monolayer distribution of isolated molecular Fe-14(bta)(6) nanomagnets is deposited intact on a Au(111) surface and investigated by X-ray magnetic circular dichroism spectroscopy. The entropy variation with respect to the applied magnetic field is extracted from the magnetization curves and evidences high magnetocaloric values at the single molecule level.
Magnetic Cooling at a Single Molecule Level: a Spectroscopic Investigation of Isolated Molecules on a Surface / Valdis, Corradini; Alberto, Ghirri; Andrea, Candini; Biagi, Roberto; DEL PENNINO, Umberto; Gianluca, Dotti; Edwige, Otero; Fadi, Choueikani; Robin J., Blagg; Eric J. L., Mcinnes; Affronte, Marco. - In: ADVANCED MATERIALS. - ISSN 0935-9648. - STAMPA. - 25:20(2013), pp. 2816-2820. [10.1002/adma.201205257]
Magnetic Cooling at a Single Molecule Level: a Spectroscopic Investigation of Isolated Molecules on a Surface
BIAGI, Roberto;DEL PENNINO, Umberto;AFFRONTE, Marco
2013
Abstract
A sub-monolayer distribution of isolated molecular Fe-14(bta)(6) nanomagnets is deposited intact on a Au(111) surface and investigated by X-ray magnetic circular dichroism spectroscopy. The entropy variation with respect to the applied magnetic field is extracted from the magnetization curves and evidences high magnetocaloric values at the single molecule level.
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