Juan P Prieto-Ruiz

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The family of Prussian blue analogues (PBA) with the general formula C c A a [B(CN) 6 ] b · n H 2 O (C = alkali cation, A, B = transition metal ions) are molecule-based materials with interesting magnetic properties that rely on: i) the presence of strong magnetic interactions between the spin carriers mediated by the cyanide bridge and ii) the high(More)
Self-assembled monolayers (SAMs) are nowadays broadly used as surface protectors or modifiers and play a key role in many technological applications. This has motivated the study of their formation in all kind of materials; however, and despite the current interest in molecular spintronics, the study of SAMs on ferromagnetic surfaces remains almost(More)
The magnetoresistance (MR) effect of thin films of the Prussian Blue Analogue (PBA) Cr5.5(CN)12·11.5H2O, prepared by electrochemical deposition, has been measured using the standard two-point probe method. This molecule-based ferrimagnetic material, with a Tc = 240 K, exhibits MR up to 2% at 6 T and 200 K.
This paper reports on molecular-based magnetic thin films of Prussian blue analogues (PBA) with high critical temperatures composed of mixed-valence chromium cyanides. The thin films of PBA were synthesized by means of electrodeposition technique. Morphology and magnetic study are presented in a function of electrochemical deposition conditions. We present(More)
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