Premixed flames have wide-ranging intrinsic instabilities which have been considerably
investigated recently. Intrinsic instability is a classical area in combustion science, it is of …

Blending hydrogen (H 2) into ammonia (NH 3) as a carbon-free fuel has attracted increased
attention. However, fundamental experimental data on laminar combustion characteristics of …

Unlike hydrocarbon fuel, hydrogen is 'green'and attracting more and more attentions in
energy and propulsion sectors due to the zero emission of CO and CO2. By applying …

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 …

To improve the safety and reliability of hydrogen energy, this paper studied the flame
propagation and instability characteristics of hydrogen/ammonia/air mixture under different …

In order to ensure the safe utilization of hydrogen, the flame characteristics and explosion
overpressure at lean-burn, stoichiometric and rich-burn conditions are investigated …

Co-firing NH 3 with H 2/CO/syngas (SYN) is a promising method to overcome the low
reactivity of NH 3/air flame. Hence, this study aims to systematically investigate the laminar …

The laminar burning velocity (LBV) and cellular instability of ammonia/syngas/air were
investigated using the spherically expanding flame method at an initial pressure of 3 atm …

Unlike hydrocarbon fuel, ammonia (NH 3) is an alternative but promising carbon-free
renewable fuel. The utilization of NH 3 as an energy resource can effectively reduce …

Ethyl methyl carbonate (EMC) gained great attention because of its advantages shown in
practical applications both as a blend with conventional oil-derived liquid fuels, and as a …