Recognition of Local Anisotropies of Muon Fluxes Using Normalized Variations for Matrix Observations of the URAGAN Hodoscope

The recognition of local anisotropies of muon fluxes using the functions of normalized variations for matrix observations of the URAGAN hodoscope is considered. Normalized instrument functions are introduced and spatiotemporal filtration is used, which become the basis of computation of the functions of normalized variations. An algorithm of recognition of local anisotropies is implemented. An experimental study of the application of the functions of normalized variations is carried out that confirms the efficiency of the developed algorithm for recognition of local anisotropies of muon fluxes in times series of matrix observations of the URAGAN hodoscope.