Optical diagnostics for fluid temperature measurements continue to further our
understanding of flows involving heat transfer and/or chemical reactions, which are intrinsic …

Multi-parameter simultaneous measurement is one of important requirements for multiphase
flow studies, since there are many physical and morphological parameters of interest both …

We demonstrate the use of laser-induced incandescence (LII) of submicron tungsten carbide
(WC) particles as a method for particle image velocimetry (PIV). The technique allows a …

A new phosphor particle streak velocimetry (phosphor-PSV) diagnostic with high spatial
resolution was recently demonstrated (Fan et al. in Opt Lett 46: 641, 2021), where individual …

This study deals with thermoacoustic instabilities in a generic sequential combustor. The
thermoacoustic feedback involves two flames: the perfectly premixed swirled flame …

The temporal characteristics of ZnO phosphor emission and the possibility to obtain
instantaneous and mean 2D temperature fields in fluids have been analysed in this article …

The capabilities of the joint temperature-velocity imaging technique, thermographic particle
image velocimetry (TPIV), are examined in H 2 laminar diffusion flames by seeding the fuel …

Two previously established and commonly used methods for separating gas and dispersed
particle phases in images are evaluated and directly compared for the first time. Median …

Instantaneous 2D phosphor thermometry was performed on the windows and combustion
chamber posts of an optically accessible dual-swirl gas turbine model combustor operated …

As a means of increasing the temperature range of high-precision measurements for aerosol
phosphor thermometry (APT), the co-doped Ce, Pr: LuAG phosphor was investigated for use …