Some programs to simulate common experiments in electrochemistry : chronoamperometry, voltammetry and maybe more in a near future. Implemented in Python, with numpy, scipy and matplotlib under the hood.
Some videos are available here : https://www.youtube.com/playlist?list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi
This was made for a purely educational purpose, use it at your own risk
People interested can also have a look at Soft Potato :
https://github.com/oliverrdz/SoftPotato (Created by Oliver Rodríguez)
Use voltammetry.py, some help is given with "./voltammetry.py -h" about all the arguments and default values used. You can save a movie, a csv file, a numpy version for further use.
https://www.youtube.com/watch?v=QCm5n93nyhM&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi&index=2
Use "voltammetry-quasi-reversible.py" some help is given with "voltammetry-quasi-reversible.py -h" about all the arguments and default values used.
https://www.youtube.com/watch?v=QCm5n93nyhM&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi&index=3
Use "chronoamperometry.py". The boundary condition imposed is to set the conventration to zero at the electrode.
https://www.youtube.com/watch?v=a9UcofmM4ns&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi
Use "Butler-Volmer.py". Requires "widgets.py". Prefer the use of "python3 Butler-Volmer.py" over "./Butler-Volmer.py" to exectute the script
https://www.youtube.com/watch?v=QCm5n93nyhM&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi&index=4
Use "steady-state-diffusion.py". Requires "widgets.py". Prefer the use of "python3 steady-state-diffusion.py" over "./steady-state-diffusion.py" to exectute the script
https://www.youtube.com/watch?v=QCm5n93nyhM&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi&index=5
Use "ss-mixed.py". Requires "widgets.py". Prefer the use of "python3 ss-mixed.py" over "./ss-mixed.py" to exectute the script
https://www.youtube.com/watch?v=QCm5n93nyhM&list=PL_rdrSitJev4SUsyvfQLp_aizC7w2t3qi&index=6