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 …

It is recognized that unknown emissivity and ill-posed radiation equations present significant
challenges to light-field multi-wavelength pyrometry. Furthermore, emissivity range and …

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 …

A multispectral imaging system, based on a modified plenoptic camera, is presented. By
adding a color filter in the aperture plane of the imaging system, it is possible to …

A snapshot, multi-band imaging pyrometer was developed for two-dimensional, high-
temperature measurements. The multi-band pyrometer is composed of a plenoptic camera …

With the rise in research on the high-temperature reconstruction of flame, numerical
simulation and experimental research on flame detection using plenoptic camera have …

This paper presents a methodology to obtain three-dimensionally (3D) resolved
measurements of temperature, soot volume fraction, and excited state radical concentration …

In this thesis, the development of a novel multi-band plenoptic pyrometer is discussed and
applied to several applications of interest in the engineering field. The multi-band plenoptic …

The design of a custom camera lens including: a two-lens optical system, filter array, and iris
has been developed enabling a greyscale plenoptic camera to acquire full field-of-view, 2D …

High-temperature melts, including molten metals and molten melts, are common substances
in the pyrometallurgical process. Temperature is one of the most concerned and important …