This is a comprehensive, critical, and pedagogical review of volumetric emission
tomography for combustion processes. Many flames that are of interest to scientists and …

We report in situ measurements of non-uniform temperature, H 2 O and CO 2 concentration
distributions in a premixed methane–air laminar flame using tunable diode laser absorption …

The unsteady, visible, chemiluminescence fields of two non-axisymmetric, forced, laminar,
premixed, propane–air flames are tomographically reconstructed using between 3 and 36 …

This work aims to make three-dimensional (3D) tomographic techniques more flexible and
accessible to in-situ measurements in practical apparatus by allowing arbitrary camera …

Volumetric tomography for combustion diagnostics is experiencing significant progress
during the past few years due to its capability of imaging evolving turbulent flows. Such …

In this work, laser absorption imaging is expanded in temporal resolution capability to
kilohertz measurement rates by coupling sparsely sampled wavelength scanning and digital …

Abstract Three-dimensional (3D) imaging techniques, such as computed tomography of
chemiluminescence and volumetric laser-induced fluorescence, are advanced combustion …

This work reports the development and validation of a new tomography approach, termed
cross-interfaces computed tomography (CICT), to address confined-space tomography …

This Letter reports a hybrid three-dimensional (3D) visualization approach for turbulent flows
at the kilohertz range. The approach, named scanning volumetric laser induced …

Recently, reconstruction integrating view registration (RIVR) has been demonstrated as an
improved method to significantly enhance the accuracy of three-dimensional (3D) …