/tamm

Radio-wave transfer matrix model for glacier ice

Primary LanguagePythonGNU General Public License v3.0GPL-3.0

Radio-wave transfer matrix model for glacier ice

Model of electromagnetic plane-wave propagation through a column of polycrystalline ice, composed of vertically-stacked, horizontally-homogeneous layers with unconstrained permittivity tensors (orientation fabrics).

Documentation Reference
Model Rathmann et al. (2021)
Examples of use TBA
Acknowledgements Passler and Paarmann (2017), Passler et al. (2020), Jeannin (2019), Yeh (1980), Xu et al. (2000)

Examples

In short, the model layer stack is initialized by specifying either the spectral coefficients of the fabric orientation distribution function (ODF) with depth, or by specifying the second-order structure tensor with depth. Thereafter, radar returns can easily be calculated and plotted by specifying the characteristics of the transmitted plane wave.

Examples Path
Jupyter demo experiments/demo/demo.ipynb
Jupyter demo using specfab experiments/demo/demo_specfab.ipynb
Rathmann et al. (2021) plots experiments/rathmann-etal-2021