Ammonia is a promising carbon-free fuel for internal combustion engine to reduce
greenhouse gas and meet more strict emissions regulations. Based on an ammonia-diesel …

To promote the transition to a carbon neutral society, it is necessary to conduct a
comprehensive research on the utilization of ammonia contained in gasoline engine. In the …

Ammonia (NH3), as a hydrogen carrier, is the key to being carbon-neutral for internal
combustion engines. However, the poor combustion properties of NH3 hindered the …

The ignition delay times (IDTs) of ammonia/ethanol mixtures with ethanol fractions of 0%,
5%, 10%, and 30% were measured in a shock tube at equivalence ratios of 0.5, 1.0, and 2.0 …

Ammonia is a hydrogen-rich zero-carbon fuel, and is one of the most promising approaches
to realize energy decarbonization in the fields of industry and transportation. Efficient …

Increasing the compression ratio of gasoline engines is a promising method to increase the
engine's fuel economy. However, engine knock caused by auto-ignition is still a large …

In the era of reducing the combustion of fossil fuels and caring for the natural environment,
the search for new environmentally friendly fuels is underway. Limiting GHG emissions is …

Ammonia, as a zero-carbon and widely sourced hydrogen carrier fuel, will play an important
role in the decarbonization process of internal combustion engines, and the dual-fuel RCCI …

Ammonia (NH3) combustion has been investigated as a carbon-free fuel for internal
combustion engines. The marine sector attempts to use NH3 as fuel for diesel engines …

Carbon neutrality is a significant challenge but also an essential opportunity for internal
combustion engines (ICE), and fueled with low-carbon fuels is the key for ICE to reduce …