2002•Energetic MaterialsRequires access

Study on the Thermal Decomposition of NEPE Propellant (II) -Thermal Decomposition of HMX/RDX-NEPE Propellant

Feng Zhao

Abstract

Two simultaneous devices of the fast thermlysis reaction cell (gas reaction cell) in situ in conjunction with rapidscan fourier transform infrared spectroscopy (RSFTIR), and the solid reaction cell in situ /RSFTIR were used to measure the gas products and condensed phase products of the thermal decomposition of HMX/RDXNEPE propellant in real time. Under linear temperature increase condition, the thermal decomposition characteristics of HMX/RDXNEPE propellant was studied. On the basis of the results obtained, the thermal decomposition mechanism was discussed.

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Key concepts: Propellant, Thermal decomposition, Fourier transform infrared spectroscopy, Decomposition, Chemistry, Infrared spectroscopy, Chemical engineering, Chemical decomposition