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We report a theoretical and an experimental study of wetting of surfaces with parallel groove geometry.
If the water contact angle on a polymer surface decreases, it implies that the wetting of the surface is better and that solvent might penetrate more easily in pores and holes in the matrix to dissolve the antibiotic particles.
Contact angles greater than 90° (high contact angle) generally means that wetting of the surface is unfavorable, so the fluid will minimize contact with the surface and form a compact liquid droplet.
A contact angle less than 90° (low contact angle) usually indicates that wetting of the surface is very favorable, and the fluid will spread over a large area of the surface.
Quantitative experimental data was obtained for the wetting of a surface by a single water jet.
Wetting of the surface and, in the case of textiles, penetration of the fibre structure by wash liquor containing the detergent.
However, the 0.5 mol·L− 1 allowed better wetting of the surface.
It was found that the selective wetting of filler surface by the dispersing agent and rubber matrix is controlled by thermodynamic and kinetic factors.
The decisive factor was a constant wetting of the surface over several measurements.
Before modification, magnetite was kept in 10 % solution of γ-APTES in toluene within 8 h for complete wetting of a surface.
For unmodified FS samples, almost complete wetting of the surface was observed (CA < 5°).
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