I am looking for quantitative methods. I am looking for new, unique approaches. I am familiar with FFT-based methods and Delanuay maps.
I propose to examine my structural and statistical method. It has been effective in the analysis of the structure of atmospheric inhomogeneities in the relative thermodynamic stability of the atmosphere.
1. Matchig between a change in the structure of atmospheric optical inhomogeneities and a set of meteorological parameters.
https://www.researchgate.net/publication/216303303_On_regular_structure_of_scattering_inhomogeneities_for_optical_radiation_in_the_atmosphere?ev=prf_pub
2. On regular structure of scattering inhomogeneities for optical radiation in the atmosphere.
https://www.researchgate.net/publication/216303303_On_regular_structure_of_scattering_inhomogeneities_for_optical_radiation_in_the_atmosphere?ev=prf_pub
Article On regular structure of scattering inhomogeneities for optic...
Small angle X-ray scattering gives you information on periodic stuctures. You can fit the scattering function if you have a model for the structure. Probably there are experts of this method around - I am only distinctly familiar with it.
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