Sentence examples for surface of papers from inspiring English sources

These studies languish beneath the forbidding surface of papers published by specialised journals, and you would often never guess from their baffling titles that they have any connection to anything useful, or that they harbour anything to spark the interest of more than half a dozen specialists in the world.

Words ripple across the surface of paper.

One of his pressmen was printing on the surface of paper bags when he accidentally sliced neatly through the paper.

"Usually, you just break the surface of paper with your mind, but you always have the feeling of, What if you could step into that world or if something could come out of it?" Using our augmented-reality app, Uncovr, readers can access the world that Niemann built, transforming the front and back covers of the printed issue into an animated cityscape to explore.

It has been shown that the presence of fine particulate matter ((PM_{1})) on the surface of paper is related with an increase of its degradation rate [7].

The dynamic performances of the nanosensor on the paper fiber showed the nanosensor was suitable for sensing in-situ surface pH of paper fiber because it could actively infiltrate into the surface of paper fiber.

In order to improve its protein-adsorbing capacity for further signal magnification, modified silicon dioxide (SiO2) micro-beads were deposited onto the surface of paper.

However, there is an important lack of literature about the degradative effects of particulate matter deposition on the surface of paper, leather, textiles, paintings, varnishes and any other organic material typically found indoors.

There is an important lack of literature about the effects of particulate deposition on the surface of paper, leather, textiles, paintings, varnishes and other materials typically found indoors, perhaps due to the complexity of the problem and the great variety of materials involved.

Furthermore, the surface of paper can be functionalized by printing of not only graphical inks but also e.g. functional polymers and biomaterials (Siegel et al. [2009]; Määttänen et al. [2011]; Tian and Shen [2011]; Li et al. [2012]; Wang et al. [2012]).

We believe that this strategy worked because hydrophobic wax could not displace water from the hydrophilic surface of paper.