COMPUTATIONAL AND THEORETICAL ASSESSMENT OF HIGHLY FILLED THROWING COMPOSITIONS BASED ON EXPLOSIVES OF REDUCED VULNERABILITY
The current concept of creating ammunition and charges that are highly resistant to external mechanical influences (explosives) is to develop compositions for various purposes based on low-sensitivity explosives. Among such explosives, TATV, NTO, NQ, FOX-12, TNAZ, etc. are distinguished, while, often, the level of sensitivity to impact on the height of the dropped cargo weighing 2.5 kg exceeds 90 cm (20 J). For the formation of energy compositions, polymer combustible binders (GSV) with a similar level of sensitivity to explosives (poly-GLIN, polyBAMO, polyAMMO, GAP) are considered. The purpose of this work is a computational and theoretical assessment of the energy potential of highly filled polymer compositions based on explosives and HSV of reduced vulnerability. With the help of the REAL software package, the theoretical energy characteristics (gunpowder strength, gorenje temperature, oxygen balance) of compositions with a degree of filling of explosives from 50% to 90% are determined. The calculated data make it possible to predict the properties of compounds for solving gorenje problems with gorenje with the required complex of thermodynamic characteristics (combustion temperature from 1900 to 4200 K, powder strength from 795 to 1408 kJ/kg)