| Document Date: 2013-11-18 16:26:03
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City Tempe / Skopje / / Company Academic Press Inc. / Silvaco Inc. / Computational Electronics / Quasi-2D Systems / / Country United States / / Facility Arizona State University / / IndustryTerm larger energy relaxation times / gate metal / larger devices / metal gate / self-consistent solution / carrier relaxation / metal gates / nm device / manufacturing cost / energy balance models / thermal management / energy relaxation times / energy / shorter devices / carrier transport / device technologies / nanoscale devices / nano-scale devices / energy balance equations / energy transfer / basic energy quantum / longer devices / carrier velocity / conventional complementary metal / / Organization FD SOI / Arizona State University / US Federal Reserve / / Person Katerina Raleva / Stephen M. Goodnick / Dragica Vasileska / / / ProvinceOrState New Jersey / Arizona / / Technology semiconductor / system-on-a-chip / device technologies / laser / semiconductors / dielectric / simulation / / URL http /
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Self-Consistent Thermal Electron-Phonon Simulator for SOI Devices S. M. Goodnick*, K. Raleva** and D. Vasileska* * Arizona State University, Tempe, AZ[removed], USA **