The phrase "alignment and area" is correct and usable in written English.
It can be used in contexts related to design, geometry, or any field where spatial relationships and positioning are discussed.
Example: "The alignment and area of the components must be carefully considered to ensure optimal performance."
Alternatives: "positioning and size" or "arrangement and surface".
When you know the areas of agreement where you and your counterpart are in alignment (and those areas on which you diverge), a skilled negotiator can craft an agreement that most closely approximates her own and her counterpart's needs while building a bargaining relationship with her counterpart.
And OAM with high porosity, oriented subunit alignment and large surface area was adopted to adsorb luminol to form solid state ECL and as affinity support to immobilize abounding antibodies of AFP (Ab) firstly.
Carbon nanofibers (CNFs) have attracted considerable attention in recent years because they have superior mechanical strength and excellent electronic properties [1, 2] due to their unique structures, which are low grain boundary, 1D structure with high alignment and high surface area to volume ratio.
In addition, parameter manipulations in SiNW synthesis in terms of its alignment, surface area, and diameters are to be done in other to fabricate a highly controlled and reproducible sensor-based SiNWs [84].
Image J software was used to convert images to 8 bit, and then threshold and analyze the cells' projected area, alignment and distance to the nearest cell.
Hence, the rectangular-completing algorithm of ROI and centroid alignment algorithm area conducted to refine the ROI region.
The key role of vacuum in this approach enables high-aspect-ratio (10 to 22) AuNR alignment and efficiently facilitates large-area alignment.
We therefore present a potential supportive tool for PCa diagnostics since this allows for automated alignment and fast visualization of areas of interest on differently stained sections.
Due to the outstanding properties, high surface area, ordered alignment, and morphology adjustability of TiO2 nanotubes, it shows great potential in gas detection.
To reduce radiation damage during area selection, alignment, and focusing, special "low dose" systems are used to deflect the beam until the final step of image recording.
