Borne L. Explosive crystal microstructure and shock sensitivity of cast formulations[C]∥The 11th International Detonation Symposium. Snowmass Village,Colorado. 1998: 658-663.
[2]
Antoine E D M,van der Heijden. Physicochemial parameters of nitramines influencing shock sensitivity[J]. Propellants,Explosives,Pyrotechnics,2004,29(5): 304-313.
[3]
Tamar Kaully,Benjamin Keren. Paste explosive based on rounded HMX: Rheology,sensitivity,and mechanical properties[C]∥2000 Insensitive Munitions & Energetic Materials Technology Symposium,San Antonio,Texas,2000.
Michael L Levinthal,Marshall. Crystallization of βHMX: United States Patent 4785094[P]. 1988.
[6]
Leif Svensson,JanOlof Nypvist. Crystallization method for HMX and RDX: United States Patent 4638065[P]. 1987.
[7]
Heinemeyer Klaus,Redecker Klaus,Sassmannshausen Ulrich,et al. Process for producing finegrained βHMX: United States Patent 4794180[P]. 1988.
[8]
Svensson L,Nyqvist JO,Westlin L. Crystallization of HMX from γbutyrolactone[J]. Hazard Mater,1986,13: 103-108.
[9]
Krber H,Teipel U,Leisinger K,et al. Herstellung fehlstellenarmer Oktogenkristalle durch Rekristallization aus Lsungen[C]∥Proc. 29th Int. Annual Conference of ICT,Karlsruhe,1998.
[10]
Antoine E D M,van der Heijden,Richard H B Bouma. Crystallization and characterization of RDX,HMX,and CL20[J]. Crystal Growth & Design,2004,4(5): 999-1007.
