Hydroperoxides are formed in the atmospheric oxidation of volatile organic compounds, in
the combustion autoxidation of fuel, in the cold environment of the interstellar medium, and …

This study investigates the complex interaction between ozone and the autoxidation of 1-
hexene over a wide temperature range (300–800 K), overlapping atmospheric and …

Abstract n-Butanol is a new generation of liquid biofuel. A detailed understanding of the low-
temperature combustion chemistry of n-butanol is instructive for its practical application in …

This research delved into the oxidation chemistry of 1-hexene with and without the addition
of O3 within a 350–800 K temperature range using a near-atmospheric pressure jet-stirred …

The low-temperature oxidation of propanol isomers (n-propanol and iso-propanol) initiated
by ozone addition was carried out in a jet-stirred reactor at an equivalence ratio of 0.5, in a …

Ozone-assisted combustion is an advanced combustion technology that is considered a
promising means for the active control of combustion. Ozone addition can enhance …

While ammonia is considered a potential fuel made from renewable electricity sources, such
as sun or wind, particularly in the maritime sector, it faces several challenges due to its poor …

Ozone addition is not only a promising method for combustion control and enhancement but
also provides a reliable platform to benchmark low-temperature oxidation chemistry. Studies …

Acetone is an important intermediate, blend stock and fuel tracer in combustion, but the low-
temperature oxidation chemistry of acetone has rarely been understood. This paper studied …

Replacing heavy fuel oil with liquefied natural gas in marine engines can potentially provide
significant CO 2 savings due to the higher hydrogen to carbon ratio of natural gas. For many …