Ozone addition is a promising method to enhance and control combustion and ignition
processes. It can be produced efficiently at atmospheric or elevated pressure conditions and …

Universal concerns about harmful emissions, strict emission regulations and global warming
have motivated research of engines operating with alternative combustion concepts. Low …

The effect of ozone (O 3) addition on laminar flame speeds (SL) across a wide pressure
range was investigated experimentally and numerically using three fuels, CH 4, C 2 H 4 and …

Recently updated hydrogen combustion mechanism was combined with ozone
decomposition reactions and extended by reactions of excited species: O (1 D), OH (2 Σ+) …

The homogeneous charge compression ignition (HCCI) engine is well known as an
alternative engine which could replace conventional engines (spark ignition (SI) and …

The present investigation examines the impact of seeding the intake of an HCCI engine with
ozone, one of the most oxidizing chemical species, on the combustion of three alcohol fuels …

A numerical study has been carried out to evaluate the influence of ozone addition on the
laminar flame speed for both methane/air and isooctane/air mixtures under thermodynamic …

While HCCI engines have many advantages such as better efficiency and lower emissions,
the control of these engines is still complex. In this context, cycle-to-cycle control using …

Abstract Effects of ozone doping on the Z-shaped explosion boundary of stoichiometric
hydrogen-oxygen mixtures are computationally studied. Results show that with increasing …

This study investigates the effects of additive ozone on the ignition and propagation of
premixed hydrogen/oxygen flames, with emphasis on the steady flame structure and the …