Abstract
The method dwells upon the observed estimate of nonstationary field density operator in the form of two-dimensional joint distribution of variables related to the field envelope or correlation function and their Hilbert-images. It is oriented to recognition and estimation of the parameters of both stationary and non-stationary optical fields. Consideration is given to apply it for experimental study of low-frequency transients in optical quantum generators and nonstationary light scattering in liquid media.
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