Understanding the temperature fields/profiles in aluminum dust flames is critical to the
design of aluminum-based sustainable fuels and the development of aluminum combustion …

Theoretical predictions of dust-explosion characteristics, such as the minimum explosive
concentration (MEC), can help improve the accuracy of quantitative risk assessment. This …

This study investigated the reaction mechanism of aluminum–magnesium (Al–Mg) alloy
particles with water (Al–Mg/H2O) through thermogravimetric analysis-differential scanning …

This study delves into the dynamic behavior of reactive grains within metalized propellants
during surface deflagration. Our grain-scale simulations account for both fast and slow …

In this work, we explore the combustion mechanism of single micron-sized aluminum
particles using a numerical model. The Burcat database and Catoire mechanism is …

This study investigates the combustion of a single aluminum droplet in a high-temperature
convective setting, focusing on the interplay between the environment and droplet …

Several models for aluminum combustion have been proposed, thus an overview of the
combustion characteristics of aluminum powders is presented, taking into account both early …

Abstract Polytetrafluoroethylene (PTFE)-coated aluminum (PTFE/Al) powder was
synthesized to evaluate its exothermic reactivity with the reduction in Al powder size. The …

Abstract Reactive Materials (RMs) are a class of engineered granular composites comprised
of metals, metal oxides, and/or polymers. These composites are of interest for defense …