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

This review article focuses on the simultaneous particle-based measurement of velocity and
temperature. The thermographic PIV with phosphor particles is included in the scope …

Zinc oxide (ZnO) particles are characterised as a tracer for temperature measurements in
turbulent flows, in the context of the thermographic particle image velocimetry technique …

To design more efficient film cooling geometries for gas turbines, non-intrusive
measurements of the flow temperature, velocity and derived quantities like the turbulent heat …

Appropriate characterisation methods are necessary to probe the photoluminescence
properties of phosphor particles, in order to develop new and more efficient materials and …

Gas turbine film cooling strategies must provide adequate cooling performance under high
levels of mainstream turbulence. Detailed information about the structure, dynamics and …

The simultaneous and non-intrusive measurement of temperature and velocity fields in flows
is of great scientific and technological interest. To sample the velocity and temperature …

Turbulent mixing is highly important in flows that involve heat and mass transfer. Information
on turbulent heat flux is needed to validate the mixing models implemented in numerical …

Abstract BaMgAl 10 O 17 (BAM) is a highly suitable host lattice for various rare earth ions
with excellent luminescence properties in different spectral regions, including a strong …

Temperature field measurements in liquids are demonstrated using zinc oxide (ZnO)
thermographic phosphor particles. The particles are added to the liquid as a tracer …