Magnesium is considered a viable fuel for underwater propulsion owing to its ignitability and
the exothermicity of the Mg-water reaction. In this experimental study, we examine the …

The Mg-based propellant is considered to be a promising fuel for underwater propulsion, but
the mechanism of the change of the burning rate is unclear. The Mg-based propellant was …

The experimental study in this paper focused on the combustion wave temperature
measurement and the qualitative observation of phenomena involved in the combustion of a …

In order to achieve uniform mixing between spray droplets and crossflow, cold-model
experiment of a hollow-cone water spray in an air crossflow is investigated via a numerical …

Different inlet structures have a significant impact on the internal flow characteristics of a
solid-magnesium powder water ramjet engine. Based on the magnesium-water reaction …

We investigate experimentally and analytically the combustion behavior of a high-metal
magnesium-based hydro-reactive fuel under high temperature gaseous atmosphere. The …

Different inlet structures have a significant impact on the internal flow characteristics of a
solid-magnesium powder water ramjet engine. Based on the magnesium-water reaction …

To improve specific impulse performance of a water ramjet, based on eddy-dissipation
combustion model, a 3D multi-phase flow non-premixed combustion reaction model was …