Energetic potential of some hypothetical derivatives of tetrazole as components of composite rocket fuel

Thermochemical calculations have been used to study the energetic potential of compositions based on a number of hypothetical tetrazole derivatives with a very high mass content of nitrogen (73–75%). Quantitative dependences of the energy parameters of composite solid rocket fuels on the nature of a high-enthalpy polynitrous oxidizer and the presence of a metal in the composition have been established.