The phrase "a typical surface of" is correct and usable in written English.
It can be used when describing a common or standard characteristic of a surface in various contexts, such as science, art, or design.
Example: "In geology, a typical surface of sedimentary rock often displays distinct layering and fossil imprints."
Alternatives: "a standard surface of" or "a common surface of".
We therefore provided this prior data by proposing a novel approach for the reconstruction of a typical surface so that the computed deformation model can be also extended to other isometric surfaces.
A typical surface structure of TiO2 nanotubular layer, well aligned nanotubes with inner diameter of 70 100 nm and wall thickness of about 10 15 nm was obtained.
This limit is about 10 ions per cm for inorganic materials [3,27] and ∼10 cm−2 for organic materials [4,27] and depends on the sputter yield of the primary ion, ion energy, target surface, etc. (a typical surface consists of ∼10 atoms cm−2).
CD34 is a typical surface marker of both HSCs and EPCs [ 59, 60].
In addition, from the HaploReg online tool, we found that rs6550007 (r = 0.98 with rs1367610) may change the binding site of forkhead box P3 (Foxp3), which is an important transcription factor and a typical surface marker of Treg cells (Additional file 1: Figure S4).
Markers for CSCs have been identified in PDA and involve a typical surface marker expression of CD44+/CD24+/ESA+ and CD133+/CXCR4+.
This resulted in a SNR of ~25 dB for a typical surface arteriole pO2 value of 72 ± 5 mmHg at 30 µm depth, which is an estimate of the minimum expected SNR and maximum measurement variability in this study.
This gives one side of the wafer, closest to the indium source, a higher density of dots and the other side of the wafer, away from the indium source, a lower density of dots. Figure 2 AFM images of a typical surface quantum dot sample; different positions on a 2 in.
The molecular structures of a typical surface plasmon resonance enhancer (A) and a lipase (B), both containing a covalently attached NCN-pincer platinum complex, are shown.
Although, biofilms are often described as being attached to surfaces, they can also form at interfaces of spatially distinct microenvironments or as aggregated masses of free-floating cells, which can exhibit features similar to those of a typical surface-associated biofilm (Costerton 2007, Hall-Stoodley et al. 2012).
