A review of the literature on the methods for activation of the combustion of metallic fuels,
mainly boron-containing ones, as the promising components of composite propellants for …

Corn starch (CS) is one of the most common powders in industrial production and daily life,
but its inherent risks of ignition and explosion cannot be disregarded. In this study, the flame …

To better look into the thermal decomposition and combustion progress of stearic acid (C 18
H 36 O 2), the experimental tests and Reaction Force Field (ReaxFF) molecular dynamics …

Coating boron particles with materials having multiple mechanisms of action is a promising
way to promote the ignition and combustion properties of boron. The differences in thermal …

Metastable intermolecular complexes (MICs), which have exceptional energy density and
reactivity, have drawn considerable attention in the field of energetic materials. In this work …

Aluminum (Al) is an excellent metal fuel for combustion applications because of its high
energy density and low cost. Nano-sized Al (nAl) particles have relatively low ignition …

The ignition sensitivity and explosion hazard of Alsingle bondMg alloy dust were
systematically studied in this paper. The flame propagation and explosion characteristics of …

In this paper, a group of novel intermetallic metastable composites Al/Co@ AP has been
designed, and three methods including ultrasonic dispersion, mechanical grinding and …

In the field of energy-containing materials, the modification of nanoaluminum powders has
been widely studied. However, in modified experimental design, the lack of theoretical …

In order to explore the mechanism of reaction involving Al-polytetrafluoroethylene (PTFE)
mechanically activated energetic composites, a molecular dynamics simulation was carried …