calculation data of silver nanoparticles formed is consistent with the actually formed
as a result of plasmochemical synthesis. In the experiment, the size of the formed
particles has a wide range of values. Based on experimental data, the average particle
size depending on the initial concentration of silver ions in the solution is determined.
4. The kinetics of chemical conversion in aqueous solutions during
plasmochemical treatment of aqueous solutions of silver nitrate are investigated. It is
found that the process of plasmochemical formation of nanoparticles is the second-
order reaction. The formed NPs were quite stable, showed good antimicrobial activity
and were utilized as a catalyst for rapid reduction of several aromatic nitro-compounds
into their corresponding amine derivatives.
5. Plasma chemical treated Grape fruit extract was used as an effective reducing
as well as capping agent for the biosynthesis of NPs in aqueous solution.
The formed
NPs were quite stable, showed good antimicrobial activity and were utilized as a
catalyst for rapid reduction of several aromatic nitro-compounds into their
corresponding amine derivatives.
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