| Document Date: 2006-10-31 04:02:22
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City Pasadena / New York / / Company BP / Academic Press Ltd. / / Facility Harry A. Atwater California Institute of Technology / / IndustryTerm carrier gas / metal / minority carrier lifetime / carrier extraction / chemical reaction products / silicon technology / large minority-carrier diffusion length / analytic solutions / heterojunction polymer photovoltaic devices / carrier transport / potential solution / high energy conversion efficiency / metal catalyst particles / carrier concentration gradient / minority carrier diffusion / carrier collection / metal nanowire arrays / Metal seed particles / nanorod solar cell applications / carrier motion / photovoltaic applications / semiconductor drift/diffusion carrier transport equations / / Organization California Institute of Technology / Stanford / / Person Christine E. Richardson / Harry A. Atwater / Nathan S. Lewis / Crystal Growth / / Position Representative / / ProvinceOrState Ohio / California / New York / / Technology semiconductor / silicon technology / Semiconductor Devices / recombination / CVD / Chemical Vapor Deposition / / URL http /
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RADIAL PN JUNCTION NANOROD SOLAR CELLS: DEVICE PHYSICS PRINCIPLES AND ROUTES TO FABRICATION IN SILICON Brendan M. Kayes, Christine E. Richardson, Nathan S. Lewis, Harry A. Atwater California Institute of Technology, Pasa