Performance of Magnesium, Mg‐Al Alloy and Silicon in Thermobaric Explosives–A Comparison to Aluminium

S Cudziło, WA Trzciński, J Paszula… - Propellants …, 2020 - Wiley Online Library
A direct comparison is made between the effectiveness of Al, Mg, their alloy (Al3Mg4), and
Si powders as additional fuels in explosives using the thermobaric effect. The experiment …

Aluminized enhanced blast explosive based on polysiloxane binder

SK Kolev, TT Tsonev - Propellants, Explosives, Pyrotechnics, 2022 - Wiley Online Library
Drastic measures are taken in order to improve the properties of enhanced blast explosives.
First, a binder with high reactivity as reducing agent is selected. The binder, platinum cure …

Assessment of the lethal effect of a 500 kg deep-earth penetrating warhead striking underground confined space

Y Li, G Deng - Journal of Physics: Conference Series, 2024 - iopscience.iop.org
As a priority military facility, underground constructions are high-value targets for earth-
penetrating warheads. The lethal effect is different from that of open areas due to the …

[PDF][PDF] Novel Enhanced Blast Explosives; Aluminized Enhanced Blast Explosive Based on Polysiloxane Binder

SK Kolev, TT Tsonev - researchgate.net
Drastic measures are taken in order to improve the properties of enhanced blast explosives.
First, a binder with high reactivity as reducing agent is selected. The binder, platinum cure …

بررسی خواص مکانیکی و عملکردی خرج ترموباریک PBXIH-135

R Kasaei, AR Khodaverdi - Iranian Scientific Association of Energetic …, 2019 - isaem.ir
PBXIH-135 thermobaric charge is an explosive with desirable mechanical and safety
characteristics. In the present research, this PBX charge is prepared in 2 kg scale and its …

[引用][C] Improving Enhanced Blast Explosives, From Ordnance to Atomic Scale

S Kolev, T Tsonev