A flame emits energy over a wide spectral region, providing important information about the
combustion process. Its associated spectra, classified into continuous and discontinuous …

Predicting furnace temperature distribution is vital for coal-fired boiler safety. Existing
methods, including finite element calculations and three-dimensional (3D) reconstruction …

To mitigate the slagging, fouling and high-temperature corrosion problems caused by alkali
metals during coal combustion process, measurement of time-resolved alkali metals release …

The project focused on the investigation of new sensing techniques in the copper production
industry, specifically in the flash smelting of copper concentrate process. In this paper, we …

In the present study, chemiluminescence analysis is used to determine the optimum range
for equivalence ratio (Φ) in a multi-hole cylindrical burner. The premixed burner which uses …

Two usual ways used in steel plants to preserve the heat of the ladle lining are online
preheating and ladle capping. In this study, the finite volume method (FVM) was adopted to …

Flame emission spectroscopy has a wide range of applications in combustion diagnostics.
Processing the flame emission spectra is a key step for further spectral analysis, including …

The presented experimental investigation aims at providing a microscopic insight into the
flame characteristics of the conventional (light/heavy diesel), a renewable fuel (waste …

The energy emitted by a flame and its spectra provide critical information about fuels, such
as energy type, temperature, and molecular properties. While traditionally used to analyze …

This paper presents the results of two novel approaches to measure the soot propensity of a
flame and their comparison with the Line of Sight Attenuation (LOSA) method. Both …