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J Comput Electron[removed]:65–97 DOI[removed]s10825[removed]Density-gradient theory: a macroscopic approach to quantum confinement and tunneling in semiconductor devices M.G. Ancona
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Document Date: 2013-12-17 12:05:15


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Washington / DC / London / /

Company

Springer Science+Business Media LLC / M.G. Ancona ( ) Naval Research Laboratory / /

Country

United States / /

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pence / /

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Facility

Jefferson Davis Highway / PERFORMING ORGANIZATION REPORT NUMBER Naval Research Laboratory / Headquarters Services / /

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monatomic hard-sphere gas / coherent electron gas / electronics researchers / heat energy / energy balance / kinetic energy operator / electron gas / kinetic energy / macroscopic energy / semiconductor devices / hole gas interactions / potential energy / electronic devices / uniform electron gas / energy balance equation / generalized chemical potential / hole gas / gas leads / electron gas equation / energy balance equations / np product / gradient gas / carrier gases / chemical potentials / energy functions / local energy balance equation / gas momenta / energy / /

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Fermi / /

Organization

Directorate for Information Operations and Reports / PERFORMING ORGANIZATION REPORT NUMBER Naval Research Laboratory / /

Person

Van Roosbroeck / Ep (vp ) Gnpl / Maxwell / Shockley Roosbroeck / using the fairly general expression Gnpl / /

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Position

AUTHOR / vp / vp dS / vp /∂t / mp pvp vp / vp /μp / vp dt / vp pεp / mp / vp /dt / vp dV / /

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DC / /

Technology

semiconductor / semiconductors / Thermodynamics / semiconductor devices / dielectric / simulation / recombination / /

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