The energetic potential of ten fluorodinitromethyl-ONN-azoxy compounds as plasticizers of a binder in model solid composite propellants of various formulations, with a metal (aluminum hydride or metallic aluminum) and without it, was studied. The energetic potential of the specified plasticizers was compared with the potential of the most energetic known plasticizers (nitroglycerin, tetranitromethane, dinitrofurazan) in relation to model solid propellants intended for different stages of rocket systems. It has been shown that almost all of the studied fluorodinitromethyl-ONN-azoxyfurazans, when used as components of an active binder, provide higher energy indicators than nitroglycerin and tetranitromethane, and some of the fluorodinitromethyl-ONN-azoxyfurazans are superior in efficiency to dinitrofurazan. High-performance quantum-chemical calculations of the enthalpy of formation of new, not yet synthesized high-energy substances that are promising in various fields of application were carried out.
Parakhin et al. (Sun,) studied this question.