Synthesis and Characterization of BNFF Analogues

Abstract

Even though novel candidates for high energetic materials have been synthesized continuously, higher performance and thermal stability are gradually becoming major concerns for practical high energetic materials. Moreover, to improve high energetic material’s safety and survivability for military or industrial explosives and propellants, it is required that high energetic materials must be insensitive and be capable of withstanding unwanted stimuli such as heat, frictions, impact and shocks.1 Generally, nitro and amino 1,2,5-oxadiazoles (furazan) and 1,2,5-oxadiazole-2-oxide (furoxan) compounds have been considered as potent explosives and propellants. They have high nitrogen contents, high energy density and good oxygen balance.2 Despite of such advantages, many of simple furazan and furoxan containing compounds could not