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 …

In aerospace propulsion systems with high temperature, pressure, and distortion,
inhomogeneous thermophysical gradients can cause line-of-sight deflection and spectral …

An increasing number of practical problems in heat transfer area are attributed to inverse
heat transfer problems (IHTPs). One of the typical applications of the inverse problem is the …

Nanofluid is commonly used in solar energy systems for its excellent physical properties. Its
optical properties play an important role in enhancing the performance of the solar energy …

D soot temperature and volume fraction reconstruction of afterburner flame has been based
on spectrally resolved measurement methods and inverse problem theory. So far, the …

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 …

Temperature strongly affects the conversion efficiency, local reactivity, and particle
stabilization of the reactions, particularly at high temperature. This study integrated infrared …

Infrared radiation (IR) characteristics are important parameters for detecting, identifying, and
striking military targets in the context of systematic countermeasures. Accurate calculation of …

Optical imaging technology based on flame spontaneous radiation is a promising tool for
combustion diagnosis. However, the existing radiation thermometry technology faces the …