Accession Number : ADA191538
Title : Submicron Phonoics II.
Descriptive Note : Final rept. 1985-1987,
Corporate Author : GRAZ UNIV (AUSTRIA)
Personal Author(s) : Kocevar, P
PDF Url : ADA191538
Report Date : 30 Dec 1987
Pagination or Media Count : 5
Abstract : Results to implement non-equilibrium phonon distributors into a conventional Monte Carlo electron transport simulation are report. A new code for a simulation of the simplified model of low-temperature steady-state acoustic phonon-electron transport in GaAs has been developed and applied. This model has been extended to a fully time-dependent (transient) calculation of optical phonon interactions with near ballistic electrons in n-GaAs in the overshoot regime at room temperature (1) by modifying standard Monte Carlo codes to accommodate the numerical procedures required for nonequilibrium phonon calculations and by applying these to real device phenomena such as picosecond response in n-GaAs to a high field pulse. Keywords: Austria, Gallium arsenide, Phonon; Phonon-electron interaction; Device modelling; Nonequilibrium phonon model, Semi-conductor transport.
Descriptors : *PHONONS, *ELECTRON TRANSPORT, *SOLID STATE PHYSICS, AUSTRIA, BALLISTICS, CODING, DISTRIBUTORS, ELECTRONS, GALLIUM ARSENIDES, INTERACTIONS, MODELS, MONTE CARLO METHOD, NONEQUILIBRIUM FLOW, NUMERICAL METHODS AND PROCEDURES, OPTICAL PROPERTIES, ROOM TEMPERATURE, SEMICONDUCTORS, SIMPLIFICATION, SIMULATION, STANDARDIZATION, TRANSPORT
Subject Categories : Solid State Physics
Distribution Statement : APPROVED FOR PUBLIC RELEASE