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 …

Due to the widespread presence of heat and mass transfer phenomena in industrial
applications, numerous studies have been devoted to the accurate solution of energy …

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

High-directional resolution radiation intensity (RI) can provide substantial measurement
information inside the participating medium, such as the distribution of temperature and …

Given the widespread utilization of high-temperature scenarios including combustion
chambers and heat treatment equipment, it becomes imperative to consider coupled …

As a part of industrial process tomography, acoustic tomography (AT) is a promising method
for high-quality velocity field measurement, which is widely utilized in the monitoring of …

Light field tomography, an optical combustion diagnostic technology, has recently attracted
extensive attention due to its easy implementation and non-intrusion. However, the …

Photoacoustic tomography technology, which combines the advantages of deep tissue
penetration of ultrasound imaging and high contrast of optical imaging, has emerged as a …

Laser arrays scanning thermography (LAsST) was introduced to detect the surface and
hidden cracks of solid propellant motor charge. A series of simulated surface cracks of solid …

Tomographic absorption spectroscopy (TAS) is a promising temperature and concentration
monitoring technology because it has fewer optical access requirements and species …