Flame extinction represents one of the classical phenomena in combustion science. It is
important to a variety of combustion systems in transportation and power generation …

This paper presents an experimental investigation, visualization and validation in the three-
dimensional (3D) reconstruction of flame temperature and emissivity distributions by using …

In this paper, the possibility of visualization of three-dimensional (3-D) temperature
distributions in large-scale boiler furnaces from radiative energy images captured by …

This paper presents a novel instrumentation system for deducing the two-dimensional (2-D)
distribution of temperature across a cross section of a furnace fired with pulverized coal. The …

A method for judging the gray property of flames based on spectral analysis and the two-
color method for determining the temperature and emissivity of a flame has been …

Data processing of multi-wavelength pyrometer (MWP) is a difficult problem because
unknown emissivity. So far some solutions developed generally assumed particular …

Existing non-contact flame temperature measuring methods depend on complex, bulky and
expensive optical instruments, which make it difficult for portable applications and high …

Optical methods (such as holographic interferometry, speckle photography, speckle
shearing interferometry, moiré deflectometry, rainbow Schlieren deflectometry and Talbot …

The paper reports experimental investigations on simultaneous measurement of
temperature distribution and radiative properties in an oil-fired tunnel furnace by radiation …

Abstract The Reverse Monte Carlo coupled with Runge-Kutta ray tracing (RMCRKRT)
method is developed to solve the radiative heat transfer problems in semitransparent media …