The phrase "anchor material" is correct and usable in written English.
It can be used in contexts related to construction, engineering, or any field where a material is used to provide stability or support.
Example: "The engineers selected a high-quality anchor material to ensure the structure's stability during extreme weather conditions."
Alternatives: "support material" or "stabilizing material".
Two or more high-strength sutures are commonly used as well as new anchor materials (PEEK and Biocryl Rapide), new eyelet designs, and the increased use of a "knotless" concept.
The prepared anchoring material has superior performance.
Experimental and analytical results show that the thickness of the anchoring material is main factor affecting tensile capacity.
Based on the enhanced conductivity, strong anchoring ability, and improved rate capability, C3B monolayer shows the promise as an anchoring material for lithium-sulfur batteries.
The efficiency of the polymer anchored material was examined for methyl red (MR) removal from aqueous media in the batch and column systems.
The characteristic bond strength depends mainly on the properties of the bonding agent-anchoring material, the geometry and surface conditions of the tendon, and the radial stiffness of the confining medium.
In conclusion, to optimize the Ti2C-based MXene as an anchoring material for Li-S batteries, the preparation process should be focused on eliminating the vacancy of functional groups.
Paused polymerase prior to the poly-A site, the need to pass some stage in maturation prior to release, a process that anchors material close to a locus that is absent from an in vitro system, or some other possibility?
Recently, various sulfur anchoring materials have been implied to improve the performance of lithium-sulfur (Li-S) battery.
To overcome this problem for achieving long cycle life and high rate performance, anchoring materials are highly desirable.
