There are two primary methods in these classes: McMillan() that computes the ratio of the porous transport rate to the non-porous transport rate. toruosityFactor() that computes the "tortuosity" component of this ratio (the increase in the diffusion length scale). The base class implements a general Bruggemann formulation and subclasses implement a percolation theory models and Maxwell's model. I did not put in copy constructors, etc., for these calsses yet. |
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|---|---|---|
| .. | ||
| clib | ||
| cxx | ||
| fortran | ||
| lib | ||
| matlab | ||
| python | ||
| src | ||
| user | ||
| cmake_install.cmake | ||
| CMakeLists.txt | ||
| Makefile.in | ||
| README.txt | ||
This directory contains the source for Cantera and its various
language interfaces.
clib - the library of C-callable functions used by the Python and
Matlab interfaces.
cxx - files that are only required for C++ application programs.
matlab - the Cantera Matlab toolbox
python - the Cantera Python package
src - the Cantera kernel, used by Cantera in all its forms