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 …

Under high‐excitation irradiance conditions in one‐and two‐photon induced fluorescence
microscopy, the photostability of fluorescent dyes is of crucial importance for the detection …

Laser-induced fluorescence (LIF) is a robust and vigorous method for non-intrusive
measurement of temperature, pressure, concentration, and pH in fluids. The application of …

Two techniques are described for measuring the scalar structure of turbulent flows. A planar
laser-induced fluorescence technique is used to make highly resolved measurements of …

Molecular Tagging Velocimetry (MTV) is a whole field optical technique that relies on
molecules that can be turned into long lifetime tracers upon excitation by photons of …

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 …

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

This study aims to examine the spatial evolution of the geometrical features of the
turbulent/turbulent interface (TTI) in a cylinder wake. The wake is exposed to various …

We report on results of design and fabrication of a microfluidic dye laser that consists of a
ring resonator, a waveguide for laser emission output, and microfluidic elements for flow …

The image analysis technique approach links the dye concentration and color intensity,
enabling quantification of spatial and temporal dye dynamics in clay media. In this study …