Application of veyvlet-transformations for the analysis scattering of ultra-broadband signals by objects of irregular shape

On the basis of the measurement of instant amplitudes executed by a stroboscopic method on discrete intervals of time, and veyvlet-transformations of the reflected signals also the local effective surfaces of dispersion of the object of irregular shape irradiated by a ultra-broadband impulse are investigated integrated. The analysis of frequency dependences of power ranges is carried out and parameters of veyvlet-transformations for identification of the dominating centers of secondary radiation of an object are determined.