New nanoparticle catalyst brings fuel-cell cars closer to showroom

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UW-Madison and University of Maryland researchers developed a new type of catalyst by surrounding a nanoparticle of ruthenium with one to two layers of platinum atoms. The result is a robust room-temperature catalyst that dramatically improves a key  ...
UW-Madison and University of Maryland researchers developed a new type of catalyst by surrounding a nanoparticle of ruthenium with one to two layers of platinum atoms. The result is a robust room-temperature catalyst that dramatically improves a key hydrogen purification reaction and leaves more hydrogen available to make energy in the fuel cell. Credit: University of Wisconsin-Madison

A University of Wisconsin-Madison and University of Maryland (UM) team has developed a new nanotechnology-driven chemical catalyst that paves the way for more efficient hydrogen fuel-cell vehicles.


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All News summaries for March 19, 2008