Abstract
Atomic force microscopy experiments with modelling nature-like factors affecting crystal-genetic processes registered phenomena accompanying continuous transition from dissolution to growth (through the saturation point) on one and the same defect in a molecular hydroxymethylquinoxalinedioxide (C10H10N2O4) crystal. The conducted analysis of the mechanisms of attachment/detachment of the matter to the crystal, the calculations of nanoscale kinetic parameters and their further statistic processing allowed us to gain insights into the fundamental problem of reversibility of growth and dissolution. The findings will contribute to understanding of the theory of crystal-forming processes occurring near equilibrium and to interpretation of pictures of zoning in nature crystals.
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