Remarkable progress has been achieved in measuring the flame propagation rate
accurately under laminar conditions, which can be used to predict turbulent flame …

The current study examined the self-excited thermoacoustic instability of hydrogen/methane
premixed flames using a variable-length combustor (300–1100 mm). The global dynamic …

The burner swirl intensity plays an important role in membrane wall safety and the
gasification performance of pulverized coal, swirl gasifiers. The comprehensive gasification …

Low-swirl burners are of interest in industrial applications due to their low NO x emissions. In
the present work, a 3.81 cm diameter low-swirl burner is acoustically forced with different …

This work proposes a novel methodology to extract useful information on flame dynamics
from instantaneous chemiluminescence images in terms of the 'effective local response', by …

With a global focus on the reduction of fossil fuel consumption and harmful pollutant
emissions, new technologies have been raised offering reduced emissions with the …

The aim of this work is the experimental investigation of the effects of the addition of water
and urea into jet fuels, on the reduction of nitrogen oxides (NOx) emissions and eventually …

Colorless distributed combustion (CDC) has shown to provide ultra-low emissions of NO,
CO, unburned hydrocarbons, and soot, with stable combustion without using any flame …

Gaseous methane and 90% hydrogen peroxide at an equivalence ratio of 0.8 were used to
study combustion instabilities in the region where the system transitioned from stable to …

Low swirl combustion (LSC) technology has the advantage of ultralow NOx emissions,
which is of great significance to the development of low-emission gas turbine engines in the …