voltammetry.py

An effort towards a Python package for working with voltammetry data

Desired Features

Visualization of voltammetry data with Altair (V vs. t, I vs. T, and V vs. I, for multiple cycles), intuitive knowledge of scan directions
ability to specify IUPAC/US convention (default IUPAC)
Peak finding, baseline fitting
Peak separation, peak height ratios
Absolute reference conversion (SCE, MSE etc.)
Specifying reaction mechanisms: soluble/insoluble species, intercalation, EC/ECE coupling, etc.
Specify experimental setup: standard, RDE/RRDE, microelectrode, etc.
user input mode for complex coupled rxns vs. automatic mode for high-throughput analysis
high-touch user input mode for complex coupled rxns vs. automatic mode for high-throughput analysis of well-understood systems
Application-specific functions:
- Catalysis: automated hydrogen absorption calculations for determining electrochemically active surface area

Name		Name	Last commit message	Last commit date
Latest commit History 58 Commits
data		data
voltammetry		voltammetry
.gitignore		.gitignore
Aigerim.ipynb		Aigerim.ipynb
John_W.ipynb		John_W.ipynb
LICENSE		LICENSE
Pereira_CV_code_rough.ipynb		Pereira_CV_code_rough.ipynb
Pereira_CV_code_rough_Rev_and_Irrev_RW.ipynb		Pereira_CV_code_rough_Rev_and_Irrev_RW.ipynb
Pereira_CV_code_rough_updated.ipynb		Pereira_CV_code_rough_updated.ipynb
README.md		README.md
compton_sim.ipynb		compton_sim.ipynb
kirk.ipynb		kirk.ipynb
lsv_example.ipynb		lsv_example.ipynb
peakfinding_RW.ipynb		peakfinding_RW.ipynb
peakfinding_example.ipynb		peakfinding_example.ipynb
peakfinding_example_RW.ipynb		peakfinding_example_RW.ipynb