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Desensitization of Explosive Materials
1976Abstract : The objective of our work is to determine the generality of an observation that substitution of fluorine for hydrogen in an explosive material leads to desensitization. Substitution of the -CH2- group in FEFO, (FC(NO2) 2CH2O)2CH2, with a -CF2- group to give DFF, (FC(NO2)2CH2O)2CF2, reduces the sensitivity to impact and low velocity ...
John M. Guimont, Howard M. Peters
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Terahertz spectroscopy of explosive materials
SPIE Proceedings, 2004The terahertz spectrum of the explosive RDX has been measured using a conventional Fourier transform infrared spectroscopy and by terahertz pulse spectroscopy in transmission and reflection modes. Seven absorption features in the spectral range 5-120 cm-1 have been observed and identified as the fingerprints of RDX explosive.
Yaochun Shen +2 more
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Explosive Fabrication of Composite Materials
Nature, 1968FIBRE or filament reinforcement of metals is usually carried out by the conventional processes of hot rolling, vacuum infiltration or diffusion bonding of the reinforcement with the matrix metal1. There is a danger that the high temperature attained in such processes, if maintained for a long time, will cause a reaction between matrix and reinforcement
C. V. JARVIS, P. M. B. SLATE
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Effect of Explosion on Materials
2018Shock wave is a narrow region of compression propagating through matter at a supersonic speed. It can be generated by a chemical or nuclear explosion, an impact of a projectile, flash vaporization of a material by an electric discharge or irradiation, or some other ultra-fast process [1].
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Explosive Compaction of Powdered Materials
1979Powder metallurgy is of growing interest in metal fabrication. Atomized alloys are cold-pressed and sintered or hot isostatic pressing is used. In both cases high densities are desired. The highest densities can be obtained by explosive consolidation [1,2]. The achieved densities are almost bulk densities.
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Nanometer battery materials from explosives
Ferroelectrics, 2023Zi Wang +4 more
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