The phrase "a stable material" is correct and usable in written English.
It can be used when describing a substance that maintains its properties and does not change under specific conditions.
Example: "For this experiment, we need to select a stable material that can withstand high temperatures without degrading."
Alternatives: "a reliable substance" or "a consistent material".
A quartz substrate which is a stable material at harsh environment was etched isotropically with buffered oxide etchant (BOE).
In addition to better agreement between the current model and experimental data in comparison to the extended Mooney-Rivlin hyper-viscoelastic model, a stable material behavior was predicted for pure shear and balance biaxial deformation modes.
In general, a smaller value of h and/or a higher value of Gc/σy favour the controllability of the surface finish, i.e., a stable material removal process with enhanced surface integrity.
A fifth type of behavior (e) which corresponds to a stable material response occurs when the compressive traction on the crack is so large that friction inhibits crack growth.
Although the aqueous carbonation of slaked lime can not reduce the ultimate CO2 emission, nevertheless, it would transform the atmospheric CO2 to a stable material.
However, when a part of the "surfactant-treated" IPC-5SW was calcined, the structure collapsed and we observe only negligible intensities in the 2 θ range 6 35°, suggesting that the rearrangement has not formed enough connections to lead to a stable material.
A stable material-bone bonding (i.e. bioactivity) results from specific material surface reactions leading to hydroxyapatite (HAp) formation on the material surface.
We show that 3D-nanostructured boron doped diamond (BDD), an innovative material consisting in a chemically stable material with a high aspect ratio structure obtained by encapsulation of a carbon nanotube template within two BDD nanolayers, allows neural cell attachment, survival and neurite extension.
Third, CuO is a chemically stable material as a base for hierarchical structures [8 10] or for functionalized structures [11] in various applications [8 10, 12].
In the decades that followed, SiC composite system was successfully transformed from a poorly performing curiosity into a radiation stable material of sufficient maturity to be considered for near term nuclear and non-nuclear systems.
However, freeze-dried materials are provided in a physical form that requires reconstitution and which could potentially change the properties of the matrix after reconstitution.> -wrap-foot> u lts uncertainty of long-term stability One purpose of this study was to be able to prepare a sufficiently stable material that can be stored at a temperature above 0°CC.
