Abstract
In this Article, the model of experimental setup enabling observation of the early stages of growth of single crystalline and amorphous particles from a solution is examined. Based on the scalar theory of light, it is shown that by using the diffraction pattern of such particles, both characteristic size and position of a few particles of micrometer-sized, even considerably distant from each other, can be simultaneously measured. Moreover, solution volume in which the investigated process takes place is relatively large, so that process can occur undisturbed.
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