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1. Introduction
2. Input File
3. Simulation output
4. Material Database
5. Command line arguments
6. Convergence
7. Settings for maximizing performance
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¶
1. Introduction
1.1. General remarks
1.2. next
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mat
1.3. Input file
1.4. Output
1.5. Examples
1.6. Material database
2. Input File
2.1. Syntax definition
Use of variables, IF statements and tags
Syntax validation
Variables: Operators and functions
Advanced syntax documentation for validation files
2.2. Keywords
global{}
structure{}
structure{ doping{} generation{} }
grid{}
import{}
impurities{}
classical{}
strain{}
poisson{}
quantum{}
quantum{ dispersion }
contacts{}
currents{}
cbr{}
optics{}
opticaldevice{} (not tested)
database{}
output{}
run{}
3. Simulation output
4. Material Database
4.1. Zincblende
4.2. Wurtzite
4.3. Recombination
recombination{}
4.4. Mobility models
mobility_constant{}
mobility_minimos{}
mobility_simba{}
mobility_arora{}
mobility_masetti{}
4.5. database_nnp_optional.in
database_nnp_optional.in
5. Command line arguments
6. Convergence
6.1. Introduction
6.2. Setting the input file for performing self-consistent current-Schrödinger-Poisson computations
6.3. Talking about convergence
6.4. Recommended strategy
6.5. Getting some intuition…
6.6. Sweeping parameters
6.7. … and when nothing works
7. Settings for maximizing performance