The increasingly stringent emission and fuel economy regulations force the advancement of
internal combustion engines towards higher power density and lower emissions. Knock and …

Abstract O 2/H 2 O combustion is regarded as a new generation of Oxy-fuel combustion
technology, which is expected to be applied in coal-fired power plants to achieve carbon …

The low flame speed and NO x emissions of ammonia are the key to affecting combustion
temperature, stability, flame structure, and pollutant control, limiting its application in power …

Power output and efficiency of the micro-thermophotovoltaic generator are limited by flame
instability, tremendous heat loss ratio and short residence time. H 2/air premixed combustion …

The effects of up to 30% H 2 O and CO 2 replacement of N 2 in air on the structure and
shape of laminar coflow syngas (CO single bondH 2) diffusion flames were experimentally …

Laminar flame speeds of acetone/air mixtures have been investigated at elevated
temperature and high pressure conditions in regards to the importance of this intermediate …

The abundant CO 2 and H 2 O in circulating flue gases both chemically affect the
combustion characteristics significantly. Meanwhile, the intense radiation effects induced by …

The present work investigated the laminar flame speed measurement of kerosene-relevant
fuel, including Jet A-1 commercial kerosene, and surrogate kerosene fuel and its pure …

Oxygenates present in partially hydro processed lignocellulosic-biomass pyrolysis oil to be
component of second generation bio-fuels have been examined for their compact on the …

Abstract The pressurized O 2/H 2 O combustion technology can achieve nearly zero CO 2
emissions during coal-fired power generation. In order to explore the influence of …