The phrase "accommodate lithium" is correct and usable in written English.
It can be used in contexts related to chemistry, materials science, or battery technology, where lithium needs to be incorporated or supported in a system or structure.
Example: "The new battery design aims to accommodate lithium more efficiently, enhancing overall performance."
Alternatives: "support lithium" or "house lithium".
The graphene oxide (GO) wraps on the outside of the composites to accommodate lithium polysulfides as well as volume expansion of the electrode during cycle process.
Here, we introduce anisotropic spatially heterogeneous three dimensional (3D) current collectors that prevent lithium deposition on the insulating electrolyte-facing surface and accommodate lithium deposition inside the spacious voids.
The result indicates that the (Li0.505Mn0.495 tet(Li0.495Mn0.005)octTi1.5octO4 has multiple interstitials to accommodate lithium ions during the lithiation process, in which the octahedral sites (4a) would be occupied by lithium ions at high working potential and the tetrahedral sites (8c) would be occupied by lithium ions at low working potential.
Mechanochemically coating over-lithiated layered oxide with the multi-functional VOPO4 is studied by using that VOPO4 is capable of accommodating lithium ions that are reversibly inserted/extracted at 3.8 V vs. Li/Li+ and exerts a surface-stabilizing effect.
The electrochemical performance of C-P90 wasuperioror to C-P25 because of its higher specific surface area and larger anatase fraction that can accommodate more lithium ions.
Furthermore, the material can accommodate more lithium by progressively reducing the Fe and extruding LiF from the matrix reaching a final state where LiF and α-Fe are intimately mixed.
The central plateau for D = 8.3 Å is flat enough to accommodate more lithium ions, which corresponds to the double ion and triple ion layers for D = 7.7 and D = 8.3 Å, respectively.
The Test Cell is the area of convergence of primary IFMIF sub-systems, and physically accommodates the lithium target and the test modules.
By thermal annealing, a small amount of anatase is generated in situ in the TiO2(B) nanowires to form abundant TiO2(B /anatase interfaces for accommodating additional lithium ions.
Although the ramsdellite MnO2 framework remains intact on lithiation at 70°C, the hexagonally-close-packed oxygen array buckles towards a cubic-close-packed structure to accommodate the inserted lithium ions.
The internal carbon nanotube allows rapid electron transport, while the external amorphous carbon acts as flexible buffer to accommodate volume variation upon lithium uptake.
