This work focuses on the investigation of the influence of the relative position of the standing
wave on the suppression of soot from the acetylene diffusion flame. The initial phase of the …

The effect of the energy of forced acoustics on the soot suppression from an acetylene-air
diffusion flame is experimentally investigated. The acoustic energy is calculated by …

The influence of the acoustic-driven oscillation frequency on the structure and the soot
formation of a laminar non-premixed ethylene flame is presented. The flames were forced at …

The behavior of a diffusion flame under acoustic excitation was experimentally studied with
the aid of simultaneous flow visualizations of the flame combining Mie scattering and …

This work reports soot suppression effect of acetylene diffusion flames in a Rijke-type
combustor for the first time. The soot generation and suppression from a laminar and …

The suppression of soot generated from acetylene nonpremixed combustion was
investigated by following the numerical simulation method. The combustion and soot …

This work reports that the flame oscillation induced by acoustic excitation can effectively
suppress soot generation in Rijke-type burners. When the acoustic frequency is close to the …

The present thesis concentrates on the effectiveness of NOx reduction in large four stroke
diesel engines through cooling of the charge via the implementation of advanced Miller …

Rainbow schlieren deflectometry was employed to characterize the flame structure of
unsteady laminar liquefied petroleum gas (LPG) jet diffusion flame. The schlieren images …

Soot production in turbulent flames represents an urgent issue for applied systems and
raises a range of fundamental challenges. Most of the literature effort on this question has …