Abstract
The method of diffusion-wave spectroscopy based on the analysis of fragments of temporal autocorrelation functions or power spectra of intensity fluctuations of scattered coherent laser radiation is considered as applied to noninvasive in vitro diagnostics of blood. The results of experiments on noninvasive diagnostics of blood in vitro are interpreted within the framework of the theory of diffusion wave spectroscopy. The proposed method can be recommended for laboratory and clinical investigations of formed blood elements.
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