Energetic materials constitute a distinct category of functional compounds that combine the remarkable intensity of high-energy chemistry with the demanding requirements for safety, operational efficiency, and environmental responsibility.
Unexpected reactivity of 6-alkoxy-4-chloro-5-nitropyrimidine. Computational Insights into the reaction mechanism: pre-reactive and meisenheimer complexes.
Exploring the structural diversity of skeletons is a pivotal strategy for seeking new energetic materials.
Heat-resistant energetic materials (HREMs) have been widely studied due to their extremely high application value. This article reviews the representative HREMs in recent years and presents their design principles and future prospects.
Two new energetic materials that can be ignited by laser were synthesized by coulomb-driven self-assembly, which showed good stability, as well as excellent energetic and propulsion performances.