This is a work in progress, in a very alpha stage.

SSK: The Solid State Kinetics Toolbox.

The Solid State Kinetics toolbox provides a collection of functions for numerical work in solid state kinetics. It currently features:

• Common general reaction models (Avrami, Geometrical, etc)
• Temperature integral evaluation and approximations (Senum-Yang)
• Easy single-step reaction simulation (just set model, Ea and A)
• Isoconversional analysis methods (Ozawa-Flynn-Wall, Nonlinear (Vyazovkin), etc).

Dependencies are just the python numerical stack (numpy, scipy and matplotlib). The code was developed directly from the formulae on the literature:

• Basics and applications of solid-state kinetics: A pharmaceutical perspective
• ICTAC Kinetics Committee recommendations for performing kinetic computations on thermal analysis data

Emails regarding this topic will be very appreciated. For full disclosure: I'm an "information engineering" (fancy name for computer science) student, not a physics or materials science specialist. If you find errors or have suggestions pertaining the code, please let me know.

TODO List:

• Clean code up (some parts are messy)
• Fix multiple isoconversional method implementations.
• Test nonisothermal simulation code with more examples.
• Do a proper setup.py for uploading module to PyPi.