Add to ORKGElectrodes are prepared by vacuum deposition of platinum on nickel substrate with conventional vapor-deposition apparatus. Amount of platinum loaded on substrate can be veried by changing exposure time during deposition. These electrodes are significantly more effective than conventional oxygen electrodes
Weight, life and performance characteristics optimization of hydrogen-oxygen fuel cell power systems...
The porosity and utilization of platinum catalysts have a direct impact on their performance within ...
We evaluated an electrochemical catalyzation technique for producing gas-diffusion electrodes for pr...
Metal surface properties and bulk characteristics of catalysts for fuel cell applicatio
The platinum electrocatalysts were characterized for their crystallite sizes and the degree of dispe...
Carburized 3-1 nickel-silver preparation exhibits considerable catalytic activity, although not as h...
The Gemini Space program demonstrated the first major application of fuel cell systems. Solid polyme...
This project was directed at reducing the dependence of PEM fuel cells catalysts on precious metals....
Hydrogen-oxygen fuel cell technology is a critical component for NASA’s exploration mission. Maximiz...
Reliable techniques for making electrodes from powders of gold chloride and aluminu
The U.S. Department of Energy is promoting the private development of phosphoric acid fuel cell (PAF...
The goal of this project was to develop novel hydrogen-oxidation electrocatalyst materials that cont...
Platinum is the most used catalyst in electrodes for fuel cells due to its high catalytic activity. ...
Reported here is a series of studies which examine several potential catalysts and electrodes for so...
Demand for energy continues to increase, and without alternatives to fossil fuel combustion the effe...
Weight, life and performance characteristics optimization of hydrogen-oxygen fuel cell power systems...
The porosity and utilization of platinum catalysts have a direct impact on their performance within ...
We evaluated an electrochemical catalyzation technique for producing gas-diffusion electrodes for pr...
Metal surface properties and bulk characteristics of catalysts for fuel cell applicatio
The platinum electrocatalysts were characterized for their crystallite sizes and the degree of dispe...
Carburized 3-1 nickel-silver preparation exhibits considerable catalytic activity, although not as h...
The Gemini Space program demonstrated the first major application of fuel cell systems. Solid polyme...
This project was directed at reducing the dependence of PEM fuel cells catalysts on precious metals....
Hydrogen-oxygen fuel cell technology is a critical component for NASA’s exploration mission. Maximiz...
Reliable techniques for making electrodes from powders of gold chloride and aluminu
The U.S. Department of Energy is promoting the private development of phosphoric acid fuel cell (PAF...
The goal of this project was to develop novel hydrogen-oxidation electrocatalyst materials that cont...
Platinum is the most used catalyst in electrodes for fuel cells due to its high catalytic activity. ...
Reported here is a series of studies which examine several potential catalysts and electrodes for so...
Demand for energy continues to increase, and without alternatives to fossil fuel combustion the effe...
Weight, life and performance characteristics optimization of hydrogen-oxygen fuel cell power systems...
The porosity and utilization of platinum catalysts have a direct impact on their performance within ...
We evaluated an electrochemical catalyzation technique for producing gas-diffusion electrodes for pr...