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"If you tried to build a commercial system using what we have accomplished to date, you'd go broke," admits Grimes. But he is confident that commercially viable results are possible.
"We are now working on uniformly sensitising the entire nanotube array surface with copper nanoparticles, which should dramatically increase conversion rates," says Grimes, by at least two orders of magnitude for a given area of tubes.
This work suggests a "potentially very exciting" application for titanium-dioxide nanotubes, says Milo Shaffer, a nanotube researcher at Imperial College, London. "The high surface area, small critical dimensions, and open structure [of these nanotubes] apparently provide a relatively high activity," he says.
Originally posted by C0bzz
Also, what does this have to do with the existence of global warming? It's not as if something on the laboratory scale is going to magically phase out fossil fuel emissions any time soon.
[edit on 14/3/2010 by C0bzz]
Originally posted by PuterMan
Originally posted by C0bzz
Also, what does this have to do with the existence of global warming? It's not as if something on the laboratory scale is going to magically phase out fossil fuel emissions any time soon.
[edit on 14/3/2010 by C0bzz]
And what does the burning of fossil fuels have to do with global warming - apart from 4.1ppm of the 100ppm increase?