The produced surface exhibited contact angles for water and glycol of 157° and 151°, respectively, and water and glycol droplets could easily roll on the laser-treated surface.
At a 30% doping level, these perfluoroalkyl doped microfiber (2.5 3.5 μm; see Figures 3 and S3) meshes exhibited contact angles of ∼148°, which is lower than that observed with the C18 copolymer analogue (∼160°).
Meanwhile, cotton fabrics coated with PFHEA-b-PGMA exhibited water contact angles higher than 150° and retained their water-repellency even under harsh test conditions.
Approximately half were aligned roughly parallel to the surface of the cortex (tangential migration), whereas half exhibited radial migration (at right angles to the cortical surface).
These layers had a well-defined porous structure with a globular morphology demonstrated with SEM images and exhibited superhydrophobic properties characterized with a water contact angle of 157°.
The MC-SAM surface exhibited thermally responsive wetting characteristics; the water contact angle was found to rise and fall around 70 °C, possibly due to the solid-state phase transition of the MC nanolayers resulting from the inherent gelation of MC molecules in water.
Furthermore, the optimized AT-9 exhibited low pore size (around 10 nm), good hydrophilicity (contact angle, 31.3°), high pure water flux (105 L m− 2 h− 1 bar− 1) and high rejection (0.1 MPa, 99.4%) for oil/water emulsion, suggesting a promising candidate for wastewater treatment applications.
It is clear that the diffractogram of the pure 5-FU exhibited characteristic intensity reflections counts of 898, 1448 and 706 at diffraction angles of 9.51°, 29.79° and 33.47° (2 θ), respectively, indicating its crystalline nature.
All exhibited flu-like symptoms.
Approximately 60 rarely exhibited works are featured.
