In pursuit of carbon neutrality, zero-carbon ammonia fuel emerges as a viable solution for
reducing energy carbon emissions. Integrating ammonia into diesel engines, by partially …

This review examines the potential of hydrogen, ammonia, and biodiesel as alternative
fuels, focusing on spray dynamics, droplet evaporation, combustion, and emissions …

This study investigates the combustion characteristics of diesel–NH 3–air mixture in
compression ignition engine. Three different levels of ammonia energy ration (AER) were …

Methanol, as a low-carbon and easily synthesizable fuel, is one of the promising directions
for future internal combustion engine (ICE) fuels. However, methanol/diesel engines with …

The application of ammonia-diesel dual fuel can significantly reduce the emission of
greenhouse gases, with the ammonia supply mode and ammonia energy ratio being …

The efficient utilization of ammonia (NH 3) is a key technical method for achieving clean
combustion. Pre-chamber (PC) is an effective means of improving NH 3 combustion and …

Ammonia is a zero-carbon fuel with environmental and sustainable advantages, but its
combustion performance is relatively poor. The poor combustion of pure ammonia can be …

The combustion process in internal combustion engines is the primary aspect of engine
performance and emissions. Combustion chamber geometries such as grooved combustion …

The decarbonization and reduction of dependence on fossil fuel for transportation industry
relies on the rapid and large-scale adoption of carbon free fuels. This paper conducts …

Improving the fuel–air mixing and combustion rate of heavy-duty diesel engines under high-
load conditions is crucial for achieving ultra-high thermal efficiency, which is significant for …