The emission of AlO is commonly observed in tests involving aluminum combustion in
propellants and explosives. Such emission has been used as a signature of combustion, as …

Abstract The complex Al/CuO self-propagating reaction involving multi-phase and multi-
species dynamics was studied in order to investigate the very high flame temperature …

Exothermic reactions between oxophilic metals and transition/post transition metal-oxides
have been well documented owing to their fast reaction time scales (≈ 10 μs). This article …

Aluminum particle burn rates are known to be a strong function of particle size as the mode
of burning transitions from diffusion to kinetically controlled. To better understand the rate …

Aluminum combustion is an area of intense research due to its wide‐ranging applications in
the aerospace, automotive, energy storage carrier and defense industries. Gas‐phase …

Despite the rapid growth in coal yield owing to advancement of mining technology in recent
decades, coal mine gas/dust explosions are still a major hazard in coal production [1, 2] …

This work advances laser absorption spectroscopy with measurements of aluminum
monoxide (AlO) temperature and column density in extreme pressure (P?>? 60? bar) and …

The progress of surface reactions can be largely impacted by anisotropic energy transfer.
Here, we carried out reactive molecular dynamic simulations on aluminum nanoparticles in …

The work is focused on thermal radiation originating from aluminum oxide nanoparticles
formed during the combustion of an aluminum and copper oxide (Al/CuO) thermite. The light …

The ignition and combustion characteristics of nano-aluminum in CO 2 were studied
numerically using CHEMKIN-PRO and a detailed reaction mechanism. The effects of initial …