Abstract
AbstractThe term “mechanochemistry” seems to have been first introduced by Ostwald in the Textbook of General Chemistry in 1891, where he considered, in particular, various methods for the stimulation of chemical processes. This term refers to chemical reactions involving reagents in any aggregated state (liquids, solids), although most frequently it is used in relation to solid-state processes and reactions either initiated by any type of mechanical treatment, including hydrostatic loading, or involving reagents, which were activated mechanically. Many published papers are limited to the analysis of the final products of the mechanochemical transformations. The present contribution considers the challenges of space- and time-resolved ex situ and in situ studies of the dynamics of mechanochemical processes for different types of continuous and pulse mechanical treatment.KeywordsMechanical ActionMechanical TreatmentOrganic CrystalHydrostatic CompressionContact MeltingThese keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
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