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The paper presents a two-color digital holographic interferometer. The set-up is  devoted to the study of the fundamental dynamic of unconsolidated materials.  Optical configuration and algorithms to recover the optical phase of two-color  digitally encoded holograms are described. The method is based on a  spatial-color-multiplexing scheme in which holographic reconstruction is  performed using adapted wavelength zero-padding and reconstructing distance.  Experimental results are presented in the case of granular media excited in the  frequency range 400Hz-3000Hz and exhibits the 3D movement

Investigation of dynamic of unconsolidated materials using two-color digital holography