The aim of the project is a deeper understanding of the par4cles trapping phenomenon. Focusing on microfluidic channels, the main interest is to characterize the flow field developed near the bifurcation, responsible of the phenomenon itself. Experiments have been performed using an innovative optical techique, Ghost Particle Velocimetry, that will be validated with the already wellknown μPIV.
Experimental characterization of particles trapping phenomenon at a bifurcation
BRUNAZZI, ELISABETTA;
2016-01-01
Abstract
The aim of the project is a deeper understanding of the par4cles trapping phenomenon. Focusing on microfluidic channels, the main interest is to characterize the flow field developed near the bifurcation, responsible of the phenomenon itself. Experiments have been performed using an innovative optical techique, Ghost Particle Velocimetry, that will be validated with the already wellknown μPIV.File in questo prodotto:
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