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Volumn 404, Issue 6-7, 2012, Pages 1637-1642
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Palladium nanoparticle-decorated iron nanotubes hosted in a polycarbonate porous membrane: Development, characterization, and performance as electrocatalysts of ascorbic acid
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Author keywords
Chemical sensors; Electroanalytical methods; Nanoparticles nanotechnology
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Indexed keywords
AG/AGCL;
AMPEROMETRY;
ASCORBIC ACIDS;
CATALYTIC SURFACES;
ELECTROANALYTICAL METHOD;
ELECTROCATALYTIC PROPERTIES;
ELECTROCHEMICAL MONITORING;
FUNCTIONAL MEMBRANES;
GC ELECTRODE;
GLASSY CARBON ELECTRODES;
INDUCTIVELY COUPLED PLASMA ATOMIC EMISSION SPECTROSCOPY;
INNER WALLS;
METALLIC NANOTUBES;
NANOPARTICLES/NANOTECHNOLOGY;
OVERPOTENTIAL;
PALLADIUM NANOPARTICLES;
PHOSPHATE BUFFER SOLUTIONS;
PORE WALL;
POROUS MEMBRANES;
REACTION TUBES;
REFERENCE ELECTRODES;
THIN LAYERS;
TRANSMISSION ELECTRON;
U-SHAPED;
URIC ACIDS;
WORKING ELECTRODE;
ATOMIC EMISSION SPECTROSCOPY;
CHEMICAL SENSORS;
CYCLIC VOLTAMMETRY;
ELECTROCATALYSTS;
ELECTRODES;
INDUCTIVELY COUPLED PLASMA;
KETONES;
MEMBRANES;
NANOPARTICLES;
ORGANIC ACIDS;
PALLADIUM;
POLYCARBONATES;
SCANNING ELECTRON MICROSCOPY;
TRANSMISSION ELECTRON MICROSCOPY;
NANOTUBES;
ASCORBIC ACID;
IRON;
METAL NANOPARTICLE;
NANOTUBE;
PALLADIUM;
POLYCARBONATE;
POLYCARBOXYLATE CEMENT;
ARTICLE;
CATALYSIS;
CHEMISTRY;
ELECTROCHEMICAL ANALYSIS;
ELECTRODE;
EVALUATION;
INSTRUMENTATION;
METHODOLOGY;
POROSITY;
ASCORBIC ACID;
CATALYSIS;
ELECTROCHEMICAL TECHNIQUES;
ELECTRODES;
IRON;
METAL NANOPARTICLES;
NANOTUBES;
PALLADIUM;
POLYCARBOXYLATE CEMENT;
POROSITY;
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EID: 84867337382
PISSN: 16182642
EISSN: 16182650
Source Type: Journal
DOI: 10.1007/s00216-012-6291-1 Document Type: Article |
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Times cited : (7)
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References (28)
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