Planar laser-induced fluorescence (PLIF) is a non-intrusive technique for measuring scalar
concentrations in fluid flows. A fluorescent dye is used as a scalar proxy, and local …

Nowadays, multiphase flows occur in many different applications in everyday life or
industrial context. Consequently, the understanding of transport phenomenolgy between the …

The characteristics of chemical odor plumes released into a turbulent open channel flow are
evaluated in the context of chemical plume tracking. The objective is to assess the …

A combined digital particle image velocimetry (DPIV) and planar laser induced fluorescence
(PLIF) approach was developed to measure both the time mean and turbulent mass …

Simultaneous measurements of instantaneous velocity and concentration fields were
performed using digital particle tracking velocimetry and planar laser-induced fluorescence …

The effect of freestream turbulence on the spreading of the near wake of a circular cylinder
(< 11 cylinder diameters from the rear face of the cylinder) is investigated through particle …

Digital techniques for the correction of signal distortions that arise in planar laser-induced
fluorescence (PLIF) measurements (by PC-based video digitizing systems) of jets and …

This paper presents temperature-sensitive laser-induced fluorescence measurements of
Fluorescein 27 dissolved in aqueous solutions. We show that Fluorescein 27, dissolved in …

A new non-intrusive method based on laser sheet visualization and image processing has
been developed to measure the instantaneous concentration fields of a non-reacting …

A laser‐induced fluorescence (LIF) technique is implemented to measure concentration
profiles and mixing performance in two impinging jet geometries. Experimental results are …