The phrase "accommodated volume" is correct and usable in written English.
It can be used in contexts related to capacity, storage, or the amount of space that has been adjusted or made suitable for a particular purpose.
Example: "The accommodated volume of the container allows for efficient storage of various items without wasting space."
Alternatives: "adjusted capacity" or "modified volume".
The scaffold also accommodates volume changes during cycling, which serves to reduce capacity fade.
The 3-D porous structures can benefit from the mesopores acting as free spaces to accommodate volume expansion during cycling.
Finally, macroporosity should help in accommodating volume change during cycling without losing the structural integrity of the electrode.
The internal carbon nanotube allows rapid electron transport, while the external amorphous carbon acts as flexible buffer to accommodate volume variation upon lithium uptake.
The nitrogen rich carbon nitride accommodates volume changes caused during repeated charge/discharges and maintains high structural integrity and specific capacity.
Such a structure could enable a conductive network, prevent particle aggregation, shorten the ions transportation pathways, accommodate volume change and prevent the collapse of the electrode.
Moreover, the robust integrated electrode with sufficient internal spaces can self-accommodate volume variation during charge/discharge processes, which is beneficial to the structural stability and integrity.
Microstructural studies reveal that the GeO2 (10 nm) thin film can better accommodate volume changes during Li Ge alloying and de-alloying processes.
These novel architectures take unique advantages of mesopores acting as space to accommodate volume expansion during cycling, while the conformal carbon layer on each nanoparticle buffering volume changes, and conductive RGO sheets connect the aggregates to each other.
Carbon can stabilize the nanomaterial and provide an interconnected network for electron transport as well, and the voids in the carbon can accommodate volume expansion and allow permeation of the electrolyte for fast Na+ transport [32, 33, 34].
