This paper investigates the impact of ammonia (NH 3) kinetics on the ignition mechanism of
dimethyl ether (DME), a topic minimally addressed in existing literature, by utilizing a …

The field of nitric oxide (NOx) production combined with turbulent flow is a complex issue of
combustion, especially for the different time scales of reactions and flow in numerical …

Combustion enhancement is essential for actualizing the practical application of ammonia
(NH 3) which belongs to low-calorific-value fuels. In this work, a new NH 3 enhancement …

Nano-aluminum/methanol fuel has broad application prospects in the field of ship and
automobile energy, but disasters caused by its spray explosion tend to be ignored. In this …

Improvement of the laminar flame speed and stability for ammonia combustion by using H 2
and DME has received significant attention. In this study, the characteristics of NH 3/H 2, NH …

Methanol steam reforming (MSR) is a promising method to address the storage and safety
issues of hydrogen-fueled engines. This method can also significantly improve engine …

In response to the urgent need for sustainable fuels to meet stringent emissions regulations
and the dual carbon targets, ammonia has emerged as a promising zero-carbon alternative …

This work aims to study the oxidation of ammonia and methanol mixtures (NH 3/CH 3 OH).
For this purpose, laboratory experiments were conducted using a quartz flow reactor at …

The oxidation of ammonia (NH 3) mixed with dimethyl ether (DME) was investigated from
experimental and modeling points of view using a quartz flow reactor with argon as bath gas …

As a carbon-free fuel, hydrogen (H 2) is of increasing importance in the development of low-
emission engines. Due to a low volumetric energy density, H 2 is preferably stored at …