The phrase "ability of the material" is correct and usable in written English.
It can be used when discussing the characteristics or properties of a specific material in various contexts, such as engineering, science, or art.
Example: "The ability of the material to withstand high temperatures makes it ideal for use in aerospace applications."
Alternatives: "properties of the material" or "capabilities of the material".
Furthermore, the high edge density increases the charge storage ability of the material.
One common method for assessing the hemocompatibility of materials in vitro is to examine the ability of the material to resist protein adhesion, more specifically, fibrinogen.
Thermal stability is the ability of the material to resist change in physical shape as its temperature change.
NO2 exposure greatly reduced the SO2 breakthrough time and the ability of the material to remove cyclohexane.
The ability of the material to exchange moisture was studied by calculating the ideal Moisture Buffering Value (MBVideal).
EFB fibres did not significantly decrease an ability of the material to resist to the two-body abrasion.
Although selectivities trends were similar for the catalysts supported on Mg Zr and Mg Al catalysts, the ability of the materials for catalyzing the formation of the heaviest adducts depends mainly on the total concentration of basic sites.
The reactivity of the materials was tested through immersion in simulated body fluid considering Ca and P precipitation in order to assess the ability of the materials to induce hydroxyapatite formation.
This paper describes the steps taken to choose a suitable CO2-sorbent material for this process when using methane fuel with the help of microreactor tests, and the study of the carbonation efficiency and regeneration ability of the materials tested.
On treatment of the RMN with acid and base solutions, leaching out of plant components occurred, releasing part of the hemicellulose components into the extracting solvents, thereby reducing the ability of the materials to associate with water molecules.
The compositional ratio can be controlled by the differences in sputtering yield, the relative ability of the materials to stick to the substrate, the deposition temperature, and the relevant percent of sputtered elements to reach the substrate without being scattered from the plasma.
