Some issues related to the creation and application of EHF interferometry data processing algorithms are considered.
By the example of shock and detonation wave investigation in dielectric cylindrical blocks, the advantages
of the multimode approach to experimental data processing are demonstrated as compared to the singlemode
one. By taking into account multimode wave propagation in the sample, it is possible to increase the number
of parameters estimated in the experiment without complicating its scheme.
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