Owing to the global demand to prevent global warming and achieve carbon neutrality by
reducing greenhouse gas emissions, ammonia (NH 3) has attracted attention as a promising …

In recent years, a number of analytical and numerical models have been dedicated to
characterization of radiative properties of open-cell foams. In the current study, a review of …

This work presents revised detailed reaction mechanism for small hydrocarbons combustion
with possibly full implementation of available kinetic data related to the prompt NO route via …

An experimental and computational investigation of a lab-scale burner, which can operate in
both flame and MILD combustion conditions and is fed with methane and a …

Selecting appropriate materials is the most important consideration in designing a porous
medium burner. The choice determines the performance and service life of the burner. The …

The trend towards a transition from fossil to renewable energy makes urgent the
development of fuel-flexible burners that provides interchangeability between natural gas …

Due to its high hydrogen density and extensive experience base, ammonia (NH 3) has been
gaining special attention as a potential green energy carrier. This study focuses on premixed …

In addition to the multiple actual or possible applications of metal and ceramic foams in
various technological fields, their thermal properties make them a good candidate for …

Highlights•A novel gas-fired IR heater was developed.•The IR heater includes a cylindrical
radiant burner and a conical reflector.•Characterization of a gas-fired IR heater for wide …

Because of their light weight, open porosity, high surface area per unit volume, and thermal
characteristics, metal foams are a promising material for many industrial applications …