ombustion. Explosives, on the other hand, are characterized by rapid, highly exothermic reactions resulting in a shock wave or detonation. Fundamentally, both types of energetic materials rely on stored chemical energy that is released through chemical reactions—oxidation-
e safety, and innovate new materials for various industries. The Basics of Combustion in Propellants and Explosives At its core, combustion is a chemical reaction where a fuel combines with an oxidizer, producing heat, light, and reaction products. Propellants and explosives, however, exh
sical and chemical processes underlying the rapid release of energy in propellants and explosives. Understanding these phenomena is essential for the safe design, handling, and application of energetic materials across military, aerospace, industrial, and civilian sectors. Combustion an
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