'Metal-Decorated' Nanotubes Hold Promise for Fuel Cells

New quantum calculations and computer models show that carbon nanotubes "decorated" with titanium or other transition metals can latch on to hydrogen molecules in numbers more than adequate for efficient hydrogen storage, a capability key to long-term efforts to develop fuel cells, an affordable non-polluting alternative to gasoline.

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<p><a href="http://www.physorg.com/news3983.html">'Metal-Decorated' Nanotubes Hold Promise for Fuel Cells</a></p> <p> New quantum calculations and computer models show that carbon nanotubes "decorated" with titanium or other transition metals can latch on to hydrogen molecules in numbers more than adequate for efficient hydrogen storage, a capability key to long-term efforts to develop fuel cells, an affordable non-polluting alternative to gasoline.</p>