Abstract Three-dimensional (3D) reconstructions of temperature distributions can be used to
effectively design power plants and ensure production safety. Typically, 3D temperature …

A broadband, RGB, two-color pyrometry technique for measuring the flame temperature and
total emissivity of a two-dimensional image of a coal flame has been developed and used on …

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

In this paper, the combustion process of a 350 MW opposite pulverized coal combustion
boiler is studied using a combined field test and numerical simulation. Considering the …

This paper describes a study on the application of a flame detecting system installed in a
marine supercharged boiler. Flame images captured from experiments show that fluctuation …

To protect mining areas from electrical fire, it is very important to install electrical fire
monitoring system to ensure safety in development of mineral resources and for buildings. In …

This paper describes a novel method for the determination of the temperature distributions
within a firebox of a coal power plant. Beside the temperature distributions, this method also …

Virtual endoscopy is a technique to explore hollow organs and anatomical cavities using 3D
medical imaging and computer graphics. In this paper, boundary model and local feature …

Oxy-combustion is a develo** technology that enables carbon dioxide (CO2) capture.
Flame temperature and emissivity data were taken on a 150 kWth, pulverized-coal, burner …

In a blast furnace raceway with many mediums, two-dimensional temperature radiant
images are obtained with a CCD camera installed in the blowpipe peephole. After the blast …