Study on RDX-CMDB Combustion Characteristics with DAOf

摘要

Studying RDX-CMDB combustion characteristics with furazan derivative 3-amino-4-carboxamidoximefurazan (DAOF). One finds DAOF can suppress the burn rate and lower the pressure exponent in high pressure of the RDX-CMDB. Through FTIR one thinks it is one of main reasons of DAOF suppressing the burn rate of RDX-CMDB that the decomposition of DAOF can produce thermally stable azines (dicyandiamide and melamine).