Temperature and concentration distributions are essential parameters for understanding
physicochemical processes in the in-cylinder/in-chamber engine and develo** efficient …

Optical tomography has been demonstrated to be a powerful tool for the three-dimensional
(3D) measurement of the dynamic characteristics of turbulent flame. Many practical …

Light field (LF) imaging, as an emerging temperature measurement technique, can
simultaneously capture the intensity and direction information of radiation in the combustion …

The inner distribution of the flame properties can be retrieved by solving the intractably ill-
posed inverse problem from spectral radiation imaging. This study presents a simultaneous …

Based on the light field imaging technology, a three-dimensional (3D) measurement method
of bubbles through the use of edge gradient segmentation (TMBEGS) is proposed in this …

The flame temperature and soot volume fraction are important parameters for combustion
diagnosis, which reflect the combustion reaction process and play a significant role in …

Axisymmetric flames are widely used in research on flame combustion mechanisms and
mass and heat transfer because of their simple structure and applicability to complex …

Accurate measurement of temperature and velocity fields in combustion and flow diagnostic
plays an important role in analyzing the heat transfer mechanism and ensuring the safe …

Light field micro-particle image velocimetry can characterize three-dimensional microflow
through the volumetric reconstruction of tracer particle distributions. This can be achieved by …

A burner array produces a multi-modal flame temperature field and a compact combustion
region. A multi-light field imaging technique can retrieve the multi-modal flame temperature …