The phrase "array which may" is correct and usable in written English.
It can be used when discussing a collection of items or data that has the potential to vary or change in some way.
Example: "The system can process an array which may include various data types, depending on the user's input."
Alternatives: "collection that might" or "set which could".
Finally, a larger array size is investigated, meaning from the 2 × 2 array changed to 6 × 6 array, which may be of more importance for the practical applications.
We note that the variation in mobility values is commonly seen in a device array, which may be attributed to variable morphology and crystallinity of active channels [23,24].
These P HEMA-co-MA -coated QCM sensor may have P HEMA-co-MA -coatedn in the monitoring and controlling the concentration of 1-butanol vaP HEMA-co-MA -coatedf back-film P HEMA-co-MA -coatedll array, which may be helpful for the healthy of the related personnel in the production of solar cell array.
This background signal was much less pronounced on the cDNA array, which may be explained by a different coating of the microarray slides.
Surprisingly, the sequence-specific hybridization to the VHL tumor suppressor gene probeset was not detected in normal kidney tissue on the Affymetrix U133B array, which may indicate a problem with the VHL probeset.
Ideally, analysis of the array size and copy number at each individual allele would be desirable, in order to distinguish between, for example, two medium size arrays versus one large and one small array, which may have significant phenotypic differences.
We estimated the encounter probability for one device, but results can be applied to arrays, which may have bay-wide implications.
A more challenging requirement is the availability of rotating arrays, which may be feasible only in certain scenarios (e.g., vehicle terminals, dedicated spectrum monitors, base stations).
Tilting vertical nanowire arrays, which may be fabricated by a wet chemical etching with dry metal deposition method [17], may be an additional and simple way to improve their performance.
Porous-anodic-alumina (PAA -assisted anodizing in oxalic acid electrolytes combined with re-anodizing to a more anodic PAA -assistedanodizingm layer on substrate, followed by cheminal dissoxalicn of the Pacidvelectrolyteslt in TiO2 nanocombinedrrays, withh may however be chemically unstable and destroy during the PAA dissolutoon.
The combined correction factor from Eq. (14) and the procedure in [15] can considerably ease the modeling of FE from non-uniform CNT arrays, as they can be reduced to perfectly uniform arrays, which may be treated in a 2D model.
