This study experimentally investigated the effects of hydrogen direct injection on combustion
and the cycle-by-cycle variations in a spark ignition n-butanol engine under lean burn …

The n-butanol fuel, as a renewable and clean biofuel, could ease the energy crisis and
decrease the harmful emissions. As another clean and renewable energy, hydrogen …

Ignition timing is an important parameter for spark-ignited engine. Hydrogen replenishment
effectively improves the performance of engine. This paper experimentally investigated the …

Abstract n-Butanol is a feasible fuel candidate for spark-ignition engines. The current paper
carried out an experiment to explore effects of hydrogen addition on further improving the …

To improve the combustion stability of an ethanol engine under lean-burn conditions, the
experiment was carried out on a spark ignition engine with ethanol intake port injection and …

Hydrogen and n-butanol are superior alternative fuels for SI engines, which show high
potential in improving the combustion and emission characteristics of internal combustion …

In this paper, a rotary engine equipped with an n-butanol and hydrogen port-injection
system was developed to investigate the combustion and emissions characteristics of a …

In this study, in order to investigate the impacts of the hydrogen enrichment on the
combustion cyclic variability, five cases with different hydrogen energy shares were selected …

Hydrogen, an ideal carbon-free energy carrier with favorable combustion properties, has
drawn worldwide attention as a high-expectation way to enhance fossil fuels' combustion …

In this paper, on the basis of combined injection technique, three injection modes with five n-
butanol/gasoline volume ratios (ν N) were put forward, aiming to compare and evaluate the …