ИСТИНА

We present results of testing a new procedure for rapid reconstruction of the wavelength-sensitive internal structure of multiple-scattering objects with size ~ 1000 scattering lengths and more. The reconstruction is performed by a modified version of the earlier developed projection algorithm for solving the diffusive optical tomography (DOT) inverse problem. In proposed procedure, we use two different blocks (two data matrices) of experimental data. The same elements of both the data matrices are determined by the same total probability to detect a photon for the same positions of the source and the detector at the object surface. Different blocks correspond to measurements performed at two different wavelengths