Reconstruction of vector acoustic inhomogeneities in numerical modeling and experimental implementation

Results of numerical modeling the functional algorithm are presented, which allows to reconstruct acoustic inhomogeneities with scalar and vector constituents. The resulting functional solution of the inverse problem is mathematically rigorous for a wide range of scatterers. On the other hand, the reconstruction results for the vector of flow currents are presented which were obtained from experimental data measured by the ultrasonic tomograph. These data are processed by the weighted additive accumulation followed by a space–correlation comparison of image fragments.