Porous carbon oxygen-reducing electrodes incorporated with perovskite oxide catalysts are reported. It has been possible to fabricate high-performance oxygen-reducing electrodes by introducing La0.5Sr0.5CoO3 and La0.99Sr0.01NiO3 with the activated coconut-shell charcoal; these electrodes could sustain load currents as high as 1 A cm−2 without serious degradation. A model to explain oxygen-reducing activity of these oxides has been proposed
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
Due to the high cost of precious metal-based electrocatalysts for oxygen reduction and oxygen evolut...
One hindrance to the development of fuel cells and electrolyzers are the oxygen electrodes, which su...
Porous carbon oxygen-reducing electrodes incorporated with perovskite oxide catalysts are reported. ...
Porous carbon oxygen-reducing electrodes incorporated with perovskite oxide catalysts are reported. ...
Poly (tetrafluoroethylene) (PTFE) -bounded carbon electrode loaded with La-based perovskite-type oxi...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
A high-performance, oxygen-reducing electrode, made from physically and chemically tailored coconut-...
A high-performance, oxygen-reducing electrode, made from physically and chemically tailored coconut-...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
The development of renewable energy conversion and storage technologies has become a leading focus o...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
Due to the high cost of precious metal-based electrocatalysts for oxygen reduction and oxygen evolut...
One hindrance to the development of fuel cells and electrolyzers are the oxygen electrodes, which su...
Porous carbon oxygen-reducing electrodes incorporated with perovskite oxide catalysts are reported. ...
Porous carbon oxygen-reducing electrodes incorporated with perovskite oxide catalysts are reported. ...
Poly (tetrafluoroethylene) (PTFE) -bounded carbon electrode loaded with La-based perovskite-type oxi...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
The performance of electrodes made from coconut-shell charcoal in alkaline fuel cells and metal/air ...
A high-performance, oxygen-reducing electrode, made from physically and chemically tailored coconut-...
A high-performance, oxygen-reducing electrode, made from physically and chemically tailored coconut-...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
The development of renewable energy conversion and storage technologies has become a leading focus o...
Electrochemical data are reported for oxygen reduction on platinized coconut-shell charcoal electrod...
Due to the high cost of precious metal-based electrocatalysts for oxygen reduction and oxygen evolut...
One hindrance to the development of fuel cells and electrolyzers are the oxygen electrodes, which su...