Decomposition and Stability Studies of TAGN (Triaminoguanidium Nitrate)

The thermal decomposition of TAGN is of interest for understanding its stability and compatibility with other nitramine propellant ingredients. Low vulnerability (LOVA) propellants containing inert polymers such as hydroxy- terminated polybutadiene or the cellulose acetate polymers and the nitramine...

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Bibliographische Detailangaben
Hauptverfasser:	Kaste, Pamela J, Volk, F, Jacob, R, Nagel, F, Schon, B, Wohlhaupter, T
Format:	Report
Sprache:	eng
Schlagworte:	ABSORPTION SPECTRA Ammunition and Explosives ATOMIC SPECTROSCOPY CALORIMETRY CARBON CELLULOSE ACETATES CHEMISTRY DEFLAGRATION EXPLOSIVES FOURIER TRANSFORMATION GASES HMX HYDROGEN HYDROXYL RADICALS INERT MATERIALS INFRARED SPECTROSCOPY LOW LEVEL MASS SPECTROSCOPY NITRAMINES NITRATES PE61102A POLYBUTADIENE POLYMERS PROPELLANTS PYROLYSIS RDX SCANNING STABILITY TAGN(TRIAMINOGUANIDIUM NITRATE) TEMPERATURE THERMAL ANALYSIS THIN LAYER CHROMATOGRAPHY VULNERABILITY
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