Wanted modern information relating to the energy aspects of mechanochemistry (total energy costs of the process, the yields of reactions or elementary acts...etc) The main interest is in the mechanochemistry of organic molecules and polymers, but inorganic materials are also welcome.
Any articles, reviews, links will be helpful! Thank you
The general approach to energy consumption in mechanochemistry or dispersion is that energy is spent on plastic deformation and on the formation of a new surface, especially for nanoparticles. In order to reduce the value of the latter, add surfactants and other substances that contribute to the formation of the surface. The chemical aspect of obtaining substances is very individual. Free radicals, ions, plasmons (for metal nanoparticles) are formed on the surface.
You can increase the yield by bringing about chemical processes by optimizing the governing process parameters in particular by surface enhancement and devising and designing the pathways which allows for low temp conditions and follow mechanisms leading to formation of reactive species (moieties) to a greater degree.
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