| Document Date: 2004-02-13 11:08:47
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City St Louis / / Company IOP Publishing Ltd / / Country United States / / Currency pence / USD / / / Facility University of Georgia / Washington University / Campus Box / / IndustryTerm frequency-dependent self-energy / phonon self-energy / retarded self-energy / energy level separation / self-energy / phonon energy / transition energy / electron self-energy / lowdimensional systems / self-energy diagram / chemical potential / electronic energy level spacing / phonon self-energy *ret / electronic energy relaxation / device applications / phonon energy originating / excited-state electron self-energy / energy relaxation / energy / / OperatingSystem DOS / Fermi / / Organization University of Georgia / Athens / Geller Department of Physics and Astronomy / Washington University / Department of Electrical Engineering / / Person Vadim A Markel / Michael R Geller / / Position simplified model for the nanoparticle DOS / / ProvinceOrState Missouri / Washington / / Technology semiconductor / quantum dots / semiconductors / lasers / /
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J. Phys.: Condens. Matter–7582. Printed in the UK PII: S0953One-phonon relaxation of localized electronic states in anharmonic nanoparticles