Document Type: Article All Authors / Contributors: Zhang Z.; Yang J.; Men X.; Xu X.; Zhu X. ISSN:0169-4243 Language Note: English Unique Identifier: 807168453 Awards:
| Title | : | Reversible switching of surface wettability and water adhesion on a polymer nano-composite coating |
| Author | : | Zhang Z.; Yang J.; Men X.; Xu X.; Zhu X. |
| Language | : | en |
| Rating | : | 4.90 out of 5 stars |
| Type | : | PDF, ePub, Kindle |
| Uploaded | : | Apr 12, 2021 |
Full Download Reversible switching of surface wettability and water adhesion on a polymer nano-composite coating - Zhang Z.; Yang J.; Men X.; Xu X.; Zhu X. file in PDF
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Other authors also report the possible switching from highly hydrophobic and superhydrophilic using n -doped tio2 nanotubes but without low surface energy.
Reversible switching of an ermno 3 lamella with out-of-plane polarization. (b) after ion beam irradiation of the lower half of the sample (indicated by the yellow dashed rectangle), the +p domains in this region have contracted.
Abstract: the interaction of atomic hydrogen with a single layer of hexagonal boron nitride on rhodium leads to a removal of the h-bn surface corrugation. The process is reversible as the hydrogen may be expelled by annealing to about 500 k whereupon the texture on the nanometer scale is restored.
To summarize, we demonstrated reversible bistable switching between two cassie-type wetting states on a hierarchical superhydrophobic surface and used a novel confocal microscopy technique based on dye-labeled nanoparticles for imaging the plastron.
Reversible switching of water-droplet adhesion between sliding and pinned states on a highly porous superhydrophobic polythiophene film is realized by adjusting electric potential.
The surface element control switch—also called a surface burner switch or infinite switch—turns the associated surface element on and off, and controls the heat.
The surface roughness of 1–2 nm could be recovered after switching the sam to the closed state (figure 2c and f), verifying the reversibility of the device switching. 0 ( figure 2 b) contains pore-like lower regions and mountain-like higher regions, both with diameters on the order of tens of nanometers.
Reversible is when there is a direct linkage from controls to control surfaces. For example the cable linkages in a light aircraft up to an md-80.
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By employing the concept of “reversible switching surfaces” (rss), we demonstrate that it is possible to stabilize unstable periodic orbits of a push-off based.
Reversible switching between perfect crystalline and disordered phases of gold surfaces at room temperature. Ab initio molecular dynamics simulations reveal that the mechanism behind the structural change can be attributed to a vanishing energy cost in forming surface defects in high electric fields.
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Reversible changes are changes that can be undone or reversed. Melting, freezing magma gushes out of the earth's weakest surfaces as a volcanic eruption.
Reversible wettability switching of ppy-aot membrane for oil-water separation and self-cleaning to examine the electrochemical modulations of the hydrophobicity and hydrophobicity of the surfactant-doped ppy, the contact angles of water droplets on the surfaces of various ppy samples coated on stainless-steel substrates were measured (fig.
In particular, smart surfaces based on stimulus responsive polymers can allow perfect control of surface wettability and can act as reversible on-off switches.
Reversible switching of the mobility of a water microdroplet between rollable and pinned simply by changing the temperature is realized by coordination of the phase transition of a side‐chain liquid‐crystal polymer (sclcp) with optimized surface roughness of a superhydrophobic surface.
By elaborately tuning the pressure exerted on it, the wettability of the integrated mesh is able to vary between superhydrophobicity and superhydrophilicity in a few seconds, and the switching occurs up to 500 cycles. Reversible switching is found to be mainly determined by the adhesion force between the copper mesh and the polymer gels.
Jan 9, 2009 direct visualization of reversible switching of micropatterned. Polyelectrolyte brushes on gold surfaces using laser scanning.
Jun 11, 2012 submerging the hierarchical surface in water leads to the formation of a plastron in the micro-cassie state.
The interaction of atomic hydrogen with a single layer of hexagonal boron nitride on rhodium [1] leads to a removal of the h-bn surface corrugation within the 3,m unit cell. The process is reversible as the hydrogen may be expelled by annealing to about 500,whereupon the nano-texture is restored.
Reversible switching of surface wettability as exemplified by the water-repellent surfaces of lotus leaves, rose petals, water striders’ legs, and cicadas’ wings, arrays of nanobristles can keep materials dry by acting as a shield that prevents water from infiltrating past the bristles’ tips.
Reversible switching of surface wetting properties can be achieved by various approaches such as temperature change solvent treatment ph change adjustment of electric potential light irradiation and plasma exposure.
May 31, 2018 oxygen plasma was used to obtain superhydrophilic surfaces which were reverted to superhydrophobic by thermal annealing.
The interaction of atomic hydrogen with a single layer of hexagonal boron nitride on rhodium leads to a removal of the h-bn surface corrugation. The process is reversible as the hydrogen may be expelled by annealing to about 500 k whereupon the texture on the nanometer scale is restored.
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