Adding water to fuel droplets is known to lead to puffing and micro-explosion. Puffing and
micro-explosion lead to a rapid increase in the liquid fuel surface area. This, in turn, leads to …

The impact of aluminum powder on the explosive characteristics of solid-liquid mixed
explosives under low fuel concentration conditions was studied using a 20 L spherical …

To gain an atomistic-level insight into the thermal and chemical responses of
ethanol/nitromethane fuel, reactive molecular dynamics simulations were performed to …

Abstract Effects of graphene oxide nanomaterials addition and oxidation level on ignition
delay and burning rate of ethanol droplets are experimentally investigated. Three graphene …

To study the effect of hexogen (RDX) on the explosion characteristics of aluminum powder
and aluminum powder/nitromethane mixed fuel, a 20 L spherical explosion experiment …

Nitromethane is a promising green propellant candidate. However, one potential issue for
industrial use may be its high sensitivity to mechanical impact. In this paper, we assess the …

Experimental methods and results of aerosol explosion under high-temperature ignition
source have not yet been reported. An explosion test system for aerosol explosion at high …

Laminar flame speed and ignition delay time measurements are presented for blends of
isopropyl-nitrate and propane. The laminar flame speeds were measured in a spherical …

The impact of nitromethane on the explosion characteristics of diethyl ether-aluminium
powder mixed fuel in the presence of different ambient factors is studied in a 20 L sphere …

The detonation process of high-speed flowing multiphase energetic cloud in a high-
temperature and high-pressure semi-confined environment has extensive engineering …