Electrochemistry and Materials
Energy storage and production, and Bioapplications
Contact DataPhone: + 34 935 801 853
Fax: + 34 935 805 729
Dep: Solid State Chemistry
Electrochemistry, electroactive materials. Synthesis, doping, energy storage and bio
|Name:||Casañ Pastor, Nieves|
|Date of assignement:||01/03/1990|
|Date and place of birth:||1959 Valencia|
Electrochemistry of oxides: oxygen intercalation at low temperature; modulation of physical properties by electrochemical doping
Electrochemical solid state transformations: oxides and metals.
Electrodeposition over metallic or insulating substrates.
ELECTROPHORESIS of suspensions of YBaCuO, and other oxides
CO2 electrochemical reduction with oxide catalysts
Graphene electrochemical production with high yield with and without surfactants,
Graphene-Oxide Hybrid formation for electrode coatings.
Iridium, Iridium oxides,
Copper-silver oxides new phases, bidimensional ferromagnetism and conduction
Iron oxides electrodeposition
Bismuth Electrodeposition for XRay absorbers
Conducting polymers, Polypyrrole and PEDOT with aminoacid counterions and biologically active molecules
Mixed-valence oxides: Novel routes of synthesis involving electrochemistry at low temperatures in aqueous, organic or fused salts systems
Clusters of oxides: Polyocxometalates of Ir, W and Mo.
Influence of the mixed valence delocalized electrons in their physical properties, and nanostructuring HYBRIDS.
Electroactive materials for Neural growth . Electrochemical modulation of its properties.
Electric fields and Neural Growth and Repair with Large Charge Capacity Nanostructured electrodes
BS Chemistry, Universidad de Valencia, 1981,
Master Chemistry 1982
Doctorate, University and Year:
|PH.D. in Chemistry, Georgetown University, Washington DC (USA), 1988|
Oxides and Oxide clusters,
Mixed valence, solid state transformations
Hybrid Materials, ex. Oxide-nanocarbons/ conducting polymer-oxides
Energy applications: batteries and supercapacitors
Bioelectrodes for electrostimulation
Intercalation processes, charge storage and delivery
Graphene electrochemical production
KeywordsElectrochemistry, induced fields electrochemistry , mixed valence, solid state transformations, energy storage, electrostimulation, neural repair, electrodeposition, intercalation chemistry, Oxides and oxide clusters, graphene and graphene hybrids, electrochemical production of pristine graphene, electrochemical reduction of CO2
Most significative academic merits
|Member of ACS from 1986|
|Member of Sigma Xi from 1986|
|Member of the Electrochemical Society|
|Member of the CSIC Scientific Advisory Board since 2012|
|Price Young researcher Volkswagen CSIC 1995|
|Price Fundacion Domingo Martinez 2000|
|Marató TV3, 2011-2015|
IndicatorsNumber Articles: 160 Number Citations: 2900 Number Theses: 10 Number Patents: 3 N. Casañ-Pastor, M. Lichtenstein, E. Pérez Soler, C. Suñol Esquirol, “PROCEDIMIENTO PARA LA IDENTIFICACIÓN DE ELECTRODOS ÚTILES PARA EL TRATAMIENTO DE LESIONES NEURONALES MEDIANTE UN MODELO DE LESIÓN IN VITRO Y PROTOCOLOS DE ACCIÓN DE CAMPO ELÉCTRICO. P20 Hfactor: 31