2,033 research outputs found
Micrometric particles twodimensional self-assembly during drying of liquid film
We computed the self-organisation process of a monodisperse collection of
spherical micrometric particles trapped in a two-dimensional (2D) thin liquid
film isothermally dried on a chemically inert substrate. The substrate is
either flat or indented to create linear stripes on its surface. The numerical
results are illustrated and discussed in the light of experimental ones
obtained from the drying of diamond particles water based suspension () on a glass substrate. The drying of the suspension on a flat
substrate leads to the formation of linear patterns and small clusters of
micrometric particles distributed over the whole surface of the substrate,
whereas the drying of the suspension on a indented substrate leads to the
aggregation of the particles along one side of the stripe which has a higher
roughness than the other side of the stripe. This is an easy experimental way
to obtain colloidal selforganized patterns.Comment: 16 pages 7 figure
Immaginari del cambiamento in America Latina. Religioni, culture, dinamiche economico-sociali. [Reseña]
Reseña de: SEGRE MALAGOLI, ENZO Y SCOTTI, SIMONA (2013). Immaginari del cambiamento in America Latina. Religioni, culture, dinamiche economico-sociali. Firenze: Mauro Pagliai Editore, 205 pp
Molecular Dynamics approach of sol–gel transition: Comparison with experiments
A new aggregation model by a Molecular Dynamics approach at constant temperature was compared with experimental results on a zirconia precursor gelling process. The evolution of the distribution of the experimental scattered intensities (small angle X-ray scattering curves), during gelling, was compared with the results of our Molecular Dynamics method, via the computation of structure factors of the numerical structure for different times:a very good agreement was found. Our numerical model allows one to understand the evolution as a function of time of the size and quantity of matter corresponding to the upper limit of the fractal domain
Evaluation of confidence-driven cost aggregation strategies
In this thesis I describe eight new stereo matching algorithms that perform the cost-aggregation step using a guided filter with a confidence map as guidance image, and share the structure of a linear stereo matching algorithm. The results of the execution of the proposed algorithms on four pictures from the Middlebury dataset are shown as well. Finally, based on these results, a ranking of the proposed algorithms is presented
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