As a promising carbon-free fuel, iron powder can directly combust with air and has great
potential to provide clean and high-grad heat for various applications. The combustion …

To further our understanding of iron particle combustion, especially in the liquid state, insitu
optical measurements are performed for the size evolution and temperature of laser-ignited …

In recent years, metal fuels were discussed as a contribution to meeting the challenges of
the energy transition to a climate-friendly, sustainable energy economy. One material system …

In this work, the combustion behavior of seeded iron particles (d_50= 70 µm) in a laminar
diffusion flame was studied in a modified Mckenna flat-flame burner. Two high speed …

Foundational metal combustion studies characterize combustion of individual particles. In
experiments, disruptive events occur commonly, including microexplosions, rapid changes …

The present experimental study focuses on the determination of the oxidation progress and
internal structures during the combustion of single iron particles using combined in-situ …

In order to investigate the suppression effect of Al (OH) 3 on the flame characteristics of
methane/coal dust deflagration. The experiments of methane/coal dust deflagration under Al …

In order to study variations of the lower explosion limit associated with hybrid mixtures of
flammable gas and dust, four hybrid mixtures of methane/lycopodium …

In Indonesia, rapid population growth has increased energy demand, especially in the
transportation and power generation sectors. The Indonesian government has been active …

Compared to gaseous hydrocarbon flame, a metal hybrid flame has higher energy and even
has a higher flame temperature. This study explored the micro-explosion mechanisms of …