The effects of NH 3 and/or H 2 addition on the soot formation and gas emission in a laminar
ethylene diffusion flame were investigated with laser diagnosis methods, thermophoretic …

Abstract Co-firing hydrogen (H 2) with hydrocarbon fuels is widely seen as an effective
pathway to reduce soot emissions. Nevertheless, the soot-reducing potential of H 2 can be …

Blending ammonia with hydrocarbon fuels is a promising pathway to expedite its use in
different industries, as it might offer a good compromise between energy output and …

In this work, an orthogonal decoupling method based on the orthogonal design and
decoupling method was used to simulate the effects of adding oxygen (O 2) to the fuel …

The present study investigated the effects of NH 3/H 2/N 2 addition on soot morphology and
nanostructure in laminar co-flow diffusion flame of ethylene, by adopting the method of …

The effects of ammonia and hydrogen addition on soot formation characteristics in n-decane
laminar diffusion flames were studied. The addition of argon was specifically considered to …

In this study, the effects of carbon dioxide (CO 2) addition on soot evolution were isolated
systematically by adding 50% N 2, 31% Ar+ 19% CO 2, and 50% CO 2 to the fuel side …

Zero-carbon alternative fuels such as hydrogen and ammonia are gaining popularity.
Blending these fuels with hydrocarbons is an intermediate approach to mitigate soot and …

PAH and soot are harmful substances that can be produced in any type of combustion
equipment including aircraft engines. The co-combustion of hydrogen and jet fuel has been …

The soot formation model based on inverse ethylene diffusion flames was performed to
study the sensitivity of the soot formation process to the prediction results. The effects of …