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 …

A method based on multi-spectral light-field imaging technique is developed for the
simultaneous reconstruction of the multi-dimensional inhomogeneous temperature …

Light field imaging, which is one of the noncontact flame measurement methods, can
capture and record multiangle radiative intensity information of a flame through a single …

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 …

Plenoptic cameras are used for capturing flames in studies of high-temperature phenomena.
However, simulations of plenoptic camera models can be used prior to the experiment …

Real-time shield tail clearance measurement and monitoring is a key task during shield
tunneling construction. The shield tail clearance measurement and monitoring technology …

Non-intrusive flame detection technique, such as radiation imaging, can measure large
flame in boilers or engines. Flame light field imaging is a new type flame detection method …

Combined with the light-field imaging technique, the Landweber method is applied to the
reconstruction of three-dimensional (3D) temperature distribution in absorbing media …

The comprehension of the distribution of gaseous species and soot particles plays a pivotal
role in investigating the combustion process of a flame. A highly effective method to …

A microlens array (MLA) is a key optical element for four-dimensional light-field analysis in a
light-field camera. MLA manufacturing errors affect light-field imaging, but their effects …