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Volumn 195, Issue 2, 2010, Pages 412-418
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SnO2-Au hybrid nanoparticles as effective catalysts for oxygen electroreduction in alkaline media
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Author keywords
Electrocatalysis; Gold nanoparticle; Oxygen reduction; Rotating disk electrode; Tin oxide; Voltammetry
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Indexed keywords
ACTIVE CATALYST;
ALKALINE MEDIA;
ALKALINE SOLUTIONS;
AU LOADING;
AU NANOPARTICLE;
AVERAGE DIAMETER;
CATALYTIC ACTIVITY;
COMPOSITE NANOPARTICLES;
DIFFRACTION PEAKS;
ELECTROCATALYTIC ACTIVITY;
ELECTROCHEMICAL METHODS;
ELECTRON TRANSFER;
ELEVATED TEMPERATURE;
GOLD NANOPARTICLE;
GOLD NANOPARTICLES;
HIGH CRYSTALLINITY;
HIGH POTENTIAL;
HYBRID ELECTRODES;
HYBRID NANOPARTICLE;
LIMITING STEP;
METAL SHEETS;
NUMBER OF ELECTRONS;
ONSET POTENTIAL;
OVER POTENTIAL;
OXYGEN ADSORPTION;
OXYGEN ELECTROREDUCTION;
OXYGEN REDUCTION;
OXYGEN REDUCTION REACTION;
REACTION PATHWAYS;
REDUCTION CURRENT;
ROTATING DISK ELECTRODE;
RUTILE STRUCTURE;
TAFEL ANALYSIS;
TEM;
TEM IMAGES;
TRANSMISSION ELECTRON;
VOLTAMMETRIC MEASUREMENTS;
XRD;
ANODIC OXIDATION;
BIOELECTRIC PHENOMENA;
CALCINATION;
CATALYST ACTIVITY;
COMPOSITE MATERIALS;
DIFFRACTION;
DISKS (STRUCTURAL COMPONENTS);
ELECTROCATALYSIS;
ELECTROCHEMICAL SENSORS;
ELECTROLYTIC REDUCTION;
ELECTRON TRANSITIONS;
GAS ADSORPTION;
LOADING;
NANOPARTICLES;
OXIDE MINERALS;
OXYGEN;
ROTATING DISKS;
ROTATION;
SHEET METAL;
TIN;
TITANIUM OXIDES;
VOLTAMMETRY;
WHEELS;
X RAY DIFFRACTION;
X RAY DIFFRACTION ANALYSIS;
GOLD;
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EID: 70349169558
PISSN: 03787753
EISSN: None
Source Type: Journal
DOI: 10.1016/j.jpowsour.2009.07.050 Document Type: Article |
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Times cited : (53)
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References (33)
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