Oxidation of NH 3/n-heptane mixtures at pressures up to 100 atm and temperatures of 400–
900 K was characterized experimentally in a laminar flow reactor and a jet-stirred reactor. A …

Methanol has been identified as a transition fuel for the decarbonisation of combustion-
based industries, including automotive and maritime. This study aims to conduct a critical …

The low and intermediate temperature oxidation of propane has been investigated by using
a novel supercritical pressure jet stirred reactor (SP-JSR) with and without 20% CO 2 …

Methanol (CH 3 OH) is an attractive alternative fuel that can reduce net carbon release and
decrease pollutant emissions. In this study, methanol and n-dodecane spray flames were …

Growing demand for low-emission and high-efficiency propulsion systems spurs interest in
understanding low-temperature and ultra-high-pressure combustion of alternative biofuels …

Recently, a two-stage ignition phenomenon of NH 3/H 2 mixtures was experimentally
observed in a rapid compression machine, which is closely linked to the concept of flame …

As a kind of promising additive fuel for spark ignition methanol engine, hydrogen/CO-rich
syngas, produced by reforming methanol has attracted considerable attention because of its …

The oxidation of H 2 diluted in N 2 with and without 10% H 2 O or 20% CO 2 additions are
studied at fuel-lean conditions at 100 atm and 500–1000 K in a supercritical-pressure jet …

Supercritical oxidation processes in jet-stirred reactors (JSR) have been modeled based on
ideal gas assumption. This can lead to significant errors in or complete misinterpretation of …

Methanol is a promising renewable fuel for achieving a better engine combustion efficiency
and lower exhaust emissions. Under exhaust gas recirculation conditions, trace amounts of …