Abstract
A formalism of the morphological memory of disperse systems was formulated. Using CsI as an example, it was established that a dispersed solid phase formed by vapor condensation stores information on the nucleation, growth, and aggregation of its particles for a long time. Therefore, the determination of distribution functions of properties and the texture of particles at the end of the condensation allows us to qualitatively describe the genesis of the phase. Basic equations and conditions relating properties of crystals of the dispersed phase, which are necessary for the extraction of information on the genesis from data on final distribution functions of crystal states, were considered.
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