The phrase "arrays form a" is correct and usable in written English.
It can be used in contexts related to programming, mathematics, or data structures when discussing the composition or structure of arrays.
Example: "In this algorithm, arrays form a crucial part of the data handling process, allowing for efficient storage and retrieval."
Alternatives: "arrays create a" or "arrays constitute a".
This work shows that bilaterally symmetrical ampullary arrays form an asymmetrical 3D directional antenna that may compare intensity differences and encode directional information from complex electric stimuli.
Interestingly, lots of hexagonal NiO nanoflakes are randomly assembled on the preformed Co3O4 nanowire arrays forming a shish-kebab-like architecture.
These results reveal that the CeO2 nanoparticles are successfully attached to tube wall of the anodic TiO2 NT arrays, forming a CeO2/TiO2 heterojunction structure.
The remaining six arrays formed a second sub-data set (S2a and S2h).
As a result, when spread on a surface they naturally separate into an orderly array, forming a pattern of tiny balls, each about 20 nanometers across.
After a heat treatment at 150°C for 1 h, the PDMS layer is cured at the bottom of the ZnO nanowire array forming a matrix.
SEM images for (a) P-silicon nanotip [P-SiNT] arrays, (b) tungsten [W]-probe anode and a single P-SiNT emitter, and (c) W-plate anode and P-SiNT emitters' array, forming a field emission [FE] nanodiode.
The fibers, formed by fibrils glued, are disposed in a multi-directional array, forming a natural mat (Fig. 4a); the diameters of single fibers are in the range (63 125 µm).
Figure 22 7.8 μL oxidized Galinstan® droplet on (a) 175 μm pitch pillar array, forming a non-wetting Cassie state (air pockets), (b) 275 μm pitch pillar array, on which the droplet partially fill in surface texture (air pockets and no air pockets area), and (c) 525 μm pitch pillar array (no air pockets), where the droplet fully wets the surface texture.
It has been shown experimentally that rDNA units can "pop out" of the S. cerevisiae rDNA array by intramolecular recombination between different units in the array, forming a 9.1-kb circular DNA molecule or multimers of this structure (Sinclair and Guarente 1997; Poole et al. 2012).
