Accession Number:
ADA191538
Title:
Submicron Phonoics II.
Descriptive Note:
Final rept. 1985-1987,
Corporate Author:
GRAZ UNIV (AUSTRIA)
Personal Author(s):
Report Date:
1987-12-30
Pagination or Media Count:
5.0
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