| Document Date: 2014-09-12 17:10:21
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Company Thick Cu2O Films / Suzuki / / / IndustryTerm electrolytic device / renewable electricity / oxide-derived metal electrodes / multi-carbon products / nanocrystalline metal films / continuous networks / nanocrystalline networks / renewable energy collection / fuel-synthesizing devices / solar energy / renewable energy / chemicals / gas diffusion electrolyzers / grain boundary network / grain boundary networks / / Organization American Chemical Society / Stanford University / Chemical Society / Department of Chemistry / / Person Crystal Copper / Matthew W. Kanan / Benson / S. Nanotechnology / Matthew Kanan / / Position D. J. / Assistant Professor / Fuel Investigator / / ProvinceOrState Colorado / / PublishedMedium Journal of the Chemical Society / Journal of Physical Chemistry B / Journal of the American Chemical Society / Chemistry Letters / / Technology X-ray / spectroscopy / Electrochemistry / /
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Nanostructured Cu Electrodes for Energy-Efficient Conversion of CO2 to Fuel Investigator Matthew W. Kanan, Assistant Professor, Department of Chemistry, Stanford University Abstract Converting CO2 into fuels and chemical