The phrase "accommodation of changes" is correct and usable in written English.
It can be used when discussing the process of adapting or adjusting to new circumstances or modifications in a situation.
Example: "The accommodation of changes in the project timeline was necessary to meet the client's new requirements."
Alternatives: "adjustment to changes" or "adaptation to changes".
In several cases, multiple goals that indicate a balance between conservation of current biodiversity and accommodation of change were reported.
The flexibility of the coating enables the accommodation of volumetric changes and maintenance of the mechanical integrity of the Si electrodes.
Additionally, good cycling stability and rate capability are expected for PSi-based anode because of its possible accommodation of volume change during the charge/discharge process.
The resultant composite material demonstrates a homogeneous distribution of constituents over the submicron particles and a unique hollow spherical microstructure, which provides an enhanced electrical conductivity and better accommodation of volume change of silicon during electrochemical charge discharge cycling, respectively.
Among the advantages Stalnaker claims for this view is its smooth accommodation of gradual change and of what might, from the point of view of a discrete linguistic structure, be seen as problematically indeterminate belief contents.
Silicon nanoparticles were first cooperated with graphite oxide (GO) and then embedded into a poly-dopamine (PDA) layer.PDA provides accommodation of volume change and protection to prevent the direct contact of the Si surface with electrolyte during charge/discharge cycling.
The enhanced electrochemical performance is mainly attributed to the introduction of carbon flake shell in the core/shell nanowire arrays structure, which provides higher active material-electrolyte contact area, improved electrical conductivity, and better accommodation of volume change.
The open spaces formed by carbon nanotubes and graphene offering the accommodation of volume change and the access of an easy electrolyte-wetting, and the improved electrical conductivity by the presence of graphene and carbon nanotubes, lead to the superior cycling performance.
The HP-NiO sheets can deliver a specific capacity of 511 mAh g−1 at 3 A g−1, higher than the normal NiO sheets arrays (374 mAh g−1 at 3 A g−1), due to the hierarchical porous array configuration with large surface area, fast ion diffusion path and better accommodation of volume change.
When used as anode materials in lithium-ion batteries, the empty space in both structures allows for effective accommodation of large volume changes during lithium insertion and extraction.
