Synthesis and evaluation of novel TATB-inspired energetic materials

Abstract. Energetic materials that balance high-performance with low sensitivity have been heavily utilized in both military and civilian sectors. Among common sensitivities including shock and friction, elevated thermal stability is particularly desirable in these materials as it significantly broadens their potential range of applications. Toward the development of thermally stable energetic materials, we describe the synthesis, characterization, and energetic performance of several TATB-inspired compounds. Additionally, we provide some insight into the influence that small functionality changes can impart on the performance of otherwise structurally similar systems.