Sentence examples for high wettability surfaces from inspiring English sources

However, measurement of the contact angle on high wettability surfaces such as hydrogels and cellular tissues is seldom done, because the liquid drop is immediately fused with the material surface.

And this result suggested that the liquid recovery time could be used as an index of wettability, especially for high wettability surfaces with small values of the contact angle.

Therefore, the air-jet based liquid squeezing method implemented in our non-contact wettability assessment system would be the most suitable for the in-liquid wettability assessment of high wettability surfaces.

The scanning electron microscopy and contact angle measurement results indicated that GO/CF hybrid fibers not only had a rougher surface which was expected to improve the physical friction when CF was pulled out from cement matrix, but also had a higher wettability surface that made it easier to contact with cement hydrates as nucleation sites.

On the other hand, the CV value of liquid-squeezed diameter was the best index for a higher wettability surface with 18-s or more treatment time.

Although the method has been used to achieve wettability assessment for high wettability cellular surfaces in culture medium, jet-flow application presents a contamination risk for the cells.

However, the response to these surface parameters was not uniform; cypris larvae of Balanus amphitrite prefered to settle on xerogel surfaces with high wettability and high surface energy65, while zoospores of Ulva prefered to settle on hydrophobic xerogel surfaces with low surface energy62.

Sporelings of Ulva were more readily removed from surfaces with low wettability and low surface energy (Bennett et al.62), while diatoms were more readily removed from surfaces with high wettability and high surface energy65.

They found that water only impacts geckos' adhesion on glass and other surfaces with high "wettability," meaning the surface attracts water molecules.

The theoretical reduction in polyethylene wear with the use of zirconia femoral heads is based on their high surface hardness, high compressive strength, high wettability, and superior surface polish [ 30].

It is demonstrated that a high wettability gradient copper surface can be successfully fabricated using photolithography to define the area ratios between superhydrophilic and superhydrophobic patterns within a short distance.