semiconductor-physics

There are 45 repositories under semiconductor-physics topic.

devsim/devsim
TCAD Semiconductor Device Simulator
Language:C++172 17 12961
WMD-group/MacroDensity
Python package to analyse electron density & electrostatic potential grids
Language:Python84 10 1644
WMD-group/PyTASER
Python package to simulate differential absorption spectra of crystals from first principles
Language:Python25 23 275
orc-tuni/dark-spot-mapper
Imaging system for analyzing defects of semiconductor wafers and chips
Language:Python22 1 07
roguephysicist/SHGYield
A Python program for calculating the surface SHG yield for semiconductors.
Language:Jupyter Notebook17 5 07
simudo/simudo
Semiconductor device model, including intermediate band materials and self-consistent optics.
Language:Python15 3 13
ErwinJr2/ErwinJr2
A user friendly solver with GUI for 1D quantum problem and QCL simulation
Language:Python11 2 21
devsim/devsim_bjt_example
BJT publication examples
Language:Python10 5 19
I-use-IT/solar-cell
Framework for the Simulation of Temperature Dependent Semiconductor Parameters in Silicon Solar Cells and their Respective Impact on the Current Density-Voltage Characteristic
Language:Python10 2 03
WMD-group/hot-carrier-cooling
Jupyter notebooks outlining theory and calculations for hot polaron cooling in halide perovskite solar cells
Language:Jupyter Notebook10 7 15
ComputerWhisperer/pisces
Port of PISCES TCAD Device Simulator to Linux
Language:C9 2 110
kanhua/pypvcell
An extensible solar cell modelling framework in python
Language:Jupyter Notebook9 7 05
LaurentNevou/Q_Poisson1D
Poisson solver for semiconductor hetero-structures
Language:MATLAB7 2 01
jmarini/archimedes-nitrides
Fork of GNU Archimedes to add support for III-Nitride materials (GaN, AlN, and AlGaN)
Language:C6 2 14
aphirst/BandFTN
Bandstructure calculations using the empirical pseudopotential method.
Language:Fortran5 3 03
basnijholt/majorana-nanowire-conductance
Simulate a 1D nanowire and plot the conductance and band structure
Language:Jupyter Notebook4 3 02
kononovarseniy/fompy
FOMpy - подпрограммы для курса "Физические Основы Микроэлектроники" (2020)
Language:Python4 2 170
thBoo39/hot-carrier-solar-cell-particle-energy-balance-solver
Solve detailed balance model of hot carrier solar cells.
Language:Python4 1 01
0x0000dead/Irvin-curves
Qt app for plotting curves for semiconductor n-type: irvin, mobility, concentration, conductivity.
Language:C++3 1 21
bisht-prachi/genetic_algorithm_solar_cell
A simple program to extract the parameters of single-diode equation of a solar cell from the IV characteristics using Genetic Algorithm.
Language:C++3 1 00
Filippos-Dakis/Semiconductor-Optoelectronic-Devices-assignments
This resiprocity contains my assignments on the graduate level course Semiconductor Optoelectronic Devices.
Language:MATLAB3 1 00
ThomasFabula/Patent
MEMS patent
3 1 00
bisht-prachi/solarcell_degradation_electron_irradiation
A simple code to produce the degraded IV characteristics of GaAs solar cell under 1 MeV electron irradiation.
Language:C++2 1 00
BeatHubmann/20F-TM
Notebooks and codes for the course 'Thermal Modeling: From Semiconductor to Medical Devices and Personalized Therapy Planning', FS2020 @ETHZ
Language:Objective-C1 2 00
DuarteME/TL-Fitter
Interactive fitting routine for thermoluminescence glow curves (either discrete or continuous density of states)
Language:Python1 1 0
erg0dic/pnjunction
Optimizer for computing ideality factor + datasets for various semiconductor junctions
Language:Python1 2 01
etihwnad/misc-notebooks
Jupyter notebooks for sharing. Unorganized
Language:Jupyter Notebook1 1 00
JovinRyan/BandGap_ML
Machine learning for determining band-gap from crystalline formula using a materials informatics approach.
Language:Jupyter Notebook1 1 00
KOLANICH-libs/BandDiagram.js
Allows you to plot schematic band diagrams according Anderson's rule right in your browser
Language:JavaScript1 2 0
MrKozelberg/diod_schottky-
Лабораторная работа по ВАХ диода Шоттки за 4 курс ВШОПФ
Language:Jupyter Notebook1 1 00
ryanhill1/Semiconductor-Physics
Plot reproductions from Fadaly et al. 2020 article "Direct-bandgap emission from hexagonal Ge and SiGe alloys." https://rdcu.be/b3WFn
Language:Mathematica1 1 00
studentby/Pattern-recognition
Pattern recognition for photo-resosistors
Language:HTML1 1 00
ThomasFabula/SESES
Semiconductor Sensor Simulation
Language:TeX1 1 0
Jungstershark/SCLC-Modelling
SCLC-Modelling is a Python project that simulates the transition from field emission to space-charge-limited current (SCLC) in semiconductors. Using models based on the Fowler-Nordheim and Child-Langmuir laws, this repository provides insights into electron emission behaviors, applicable in both research and practical semiconductor design.
Language:Python0 1 00
shashank-pd/Plant-Monitoring-System
This project is helpful in monitoring plants 24/7 It provides all the necessary things to the plant based on surrounding conditions.
Language:C++0 1 00
KMORaza/OLED-IV-characteristics
I-V characteristics of a few types of organic light emitting diode (OLED)
Language:MATLAB1 0

semiconductor-physics

devsim/devsim

WMD-group/MacroDensity

WMD-group/PyTASER

orc-tuni/dark-spot-mapper

roguephysicist/SHGYield

simudo/simudo

ErwinJr2/ErwinJr2

devsim/devsim_bjt_example

I-use-IT/solar-cell

WMD-group/hot-carrier-cooling

ComputerWhisperer/pisces

kanhua/pypvcell

LaurentNevou/Q_Poisson1D

jmarini/archimedes-nitrides

aphirst/BandFTN

basnijholt/majorana-nanowire-conductance

kononovarseniy/fompy

thBoo39/hot-carrier-solar-cell-particle-energy-balance-solver

0x0000dead/Irvin-curves

bisht-prachi/genetic_algorithm_solar_cell

Filippos-Dakis/Semiconductor-Optoelectronic-Devices-assignments

ThomasFabula/Patent

bisht-prachi/solarcell_degradation_electron_irradiation

BeatHubmann/20F-TM

DuarteME/TL-Fitter

erg0dic/pnjunction

etihwnad/misc-notebooks

JovinRyan/BandGap_ML

KOLANICH-libs/BandDiagram.js

MrKozelberg/diod_schottky-

ryanhill1/Semiconductor-Physics

studentby/Pattern-recognition

ThomasFabula/SESES

Jungstershark/SCLC-Modelling

shashank-pd/Plant-Monitoring-System

KMORaza/OLED-IV-characteristics