  The article discusses carbocatalysis provided with amorphous carbons. The
discussion is conducted from the standpoint of the spin chemistry of graphene
molecules, in the framework of which the amorphous carbocatalysts are a
conglomerate of graphene-oxynitrothiohydride stable radicals presenting the
basic structural units (BSUs) of the species. The chemical activity of the BSUs
atoms is reliably determined computationally, which allows mapping the
distribution of active sites in these molecular catalysts. The presented maps
reliably evidence the BSUs radicalization provided with carbon atoms only, the
non-terminated edge part of which presents a set of active cites. Spin mapping
of carbocatalysts active cites is suggested as the first step towards the spin
carbocatalysis of the species.
