Plasma Chemistry and Plasma Processing

Plasma-induced chemistry refers to the chemical reactions and transformations that occur when materials are exposed to a plasma environment. Plasma, with its energetic electrons, ions, and radicals, can break chemical bonds and create highly reactive species that are not easily formed in conventional conditions. These active species drive unique and selective chemical reactions, leading to the synthesis of novel compounds and materials. Plasma-induced chemistry finds applications in various fields, including surface modification, nanomaterial synthesis, environmental remediation, and plasma-assisted combustion. Understanding and controlling plasma-induced chemistry are crucial for harnessing its potential in diverse industrial and scientific applications.