The phrase "as increasing surface" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a surface that is becoming larger or more extensive, but the phrasing is awkward and unclear.
Example: "The phenomenon can be observed as increasing surface area in the experiment."
Alternatives: "as expanding surface" or "as growing surface".
It is revealed that with the loading of Cu nanoparticles, the resulting photocatalyst possessed an improved charge carrier transfer and separation efficiency as well as increased surface reactive sites, resulting in a significant enhancement of CO yield.
This energy - which is increasing in overall volume due to the enhanced greenhouse effect caused by human emissions of carbon dioxide and other gases - may not show up as increased surface temperature.
Prepared structures are characterized by increased photocurrent due to the microrelief interface and surface plasmon excitation in gold nanoparticles as well as increased surface recombination especially in the short wavelength region.
The highest sensitivity belongs to BEA-Gold, having a threefold increase compared to GA, this can be attributed to the gold presence causing favourable microenvironment for CD to avoid denaturation as well as increased surface area for interaction.
The highest sensitivity belongs to BEA-Gold, having threefold increase compared to GA, which can be attributed to the presence of gold nanoparticle causing favourable microenvironment for CD to avoid denaturation as well as increased surface area.
This permission is in good accordance with the decreased thickness of the film as a result of the annealing (Figs. 1 and 2) as well as increased surface roughness (Fig. 4).
The BEA-Gold-based biosensor resulted in threefold increased sensitivity compared to GA-based biosensor, which could be attributed to favourable microenvironment for CD to avoid denaturation as well as increased surface area produced by gold nanoparticles with good stability.
Increased permeability of the placenta is caused by a reduction in placental thickness, as well as increased surface area and placental blood flow.
Inorganic nanoflotillas have been exploited immensely as drug/gene and gene delivery systems due to a plethora of physicochemical properties, such as increased surface-to-volume ratio, less toxicity, increased biocompatibility, and efficient biodistribution, affinity towards certain peptides in biological systems for efficient delivery of drug/genes, siRNA, and aptamers.
As expected, increasing surface energy of fine particles leads to decreased mixing quality due to stronger agglomerates that cannot be broken by collisions.
