The phrase "ability of the fiber" is correct and usable in written English.
It can be used when discussing the characteristics or properties of a fiber, particularly in contexts like textiles, materials science, or biology.
Example: "The ability of the fiber to withstand high temperatures makes it ideal for industrial applications."
Alternatives: "fiber's capability" or "fiber's properties".
The wave confinement ability of the fiber is also demonstrated.
Relatively clean contact resistance data at the end of the test is indicative of the robustness of the brush design and the ability of the fiber tips to remain in contact with the evolving slip-ring surface.
In the process of developing carbon fibers (CF) from new sources or through new production methods, it is often a matter of great concern to assess the potential ability of the fiber under development to exert the high strength through the efforts for improving the production method.
Nevertheless, this proof-of-principle experiment demonstrates the ability of the fiber bundle to relay the interference pattern produced in the OCT system.
Mechanical refining has been widely applied in the pulp and paper industry to improve the bonding ability of the fiber and increase paper strength.
In order to investigate the ability of the fiber measurements to spectrally detect changes in the oxygenation of the inclusion, an identical external radiation beam simulation with the same data outputs was performed, in this case with the SO2 = 0% μa2.
In addition to silver nanoparticle-treated ramie, catalysis ability of the fibers treated with gold nanoparticles was investigated as well.
We next performed ELISA-based binding assays to determine the ability of the fiber-incorporated zipper domains to form heterodimers with the corresponding zipper-scFvG28-5 species.
A total of eighteen recombinant fiber genes were generated and then screened on the basis of protein expression, trimer formation, virion incorporation and the ability of the fiber-displayed zipper domain to heterodimerize with its corresponding zipper domain.
The results have been compared with the ability of the fibers to produce free radicals and decompose hydrogen peroxide in a cell-free system in vitro.
Finally, to assess further the ability of the fibers to serve as a tissue engineering scaffolding material, the alomarBlue viability assay was performed on human mesenchymal stem cells cultured on the fibers.
