VMLC-PV

University of Southern DenmarkSonderborg, DK

Pinned Repositories

Ax
Adaptive Experimentation Platform
Language:Python2.4k 70 750313
boar
BOAR - Bayesian Optimization for Automated Research
Language:Jupyter Notebook83
boar
BOAR - Bayesian Optimization for Automated Research
Language:Jupyter Notebook00
JV_beginner_guide
Drift-diffusion simulation in support of the 'Beginner’s guide to visual analysis of perovskite and organic solar cell current density-voltage characteristics'
Language:Jupyter Notebook52
problematic_SCLC_pero
Language:Jupyter Notebook0 1 00
PV_system_lecture
Supporting material for the PV system lecture at FAU.
Language:Jupyter Notebook00
PVLC
Language:Python3 2 00
PVLC_Diode_Fit
Fitting non-ideal diode equation to JV-curve
Language:Jupyter Notebook3 1 00
SIMsalabim
A 1D drift-diffusion simulator for semiconductor devices (LEDs, solar cells, diodes, organics, perovskites)
Language:Pascal0 0 00
SIMsalabim_Python
Language:Jupyter Notebook1 1 01

VMLC-PV's Repositories

VMLC-PV/JV_beginner_guide
Drift-diffusion simulation in support of the 'Beginner’s guide to visual analysis of perovskite and organic solar cell current density-voltage characteristics'
Language:Jupyter Notebook52
VMLC-PV/PVLC
Language:Python3 2 00
VMLC-PV/PVLC_Diode_Fit
Fitting non-ideal diode equation to JV-curve
Language:Jupyter Notebook3 1 00
VMLC-PV/SIMsalabim_Python
Language:Jupyter Notebook1 1 01
VMLC-PV/boar
BOAR - Bayesian Optimization for Automated Research
Language:Jupyter Notebook00
VMLC-PV/problematic_SCLC_pero
Language:Jupyter Notebook0 1 00
VMLC-PV/PV_system_lecture
Supporting material for the PV system lecture at FAU.
Language:Jupyter Notebook00
VMLC-PV/SIMsalabim
A 1D drift-diffusion simulator for semiconductor devices (LEDs, solar cells, diodes, organics, perovskites)
Language:Pascal0 0 00