Sentence examples for accommodating volume from inspiring English sources
Finally, macroporosity should help in accommodating volume change during cycling without losing the structural integrity of the electrode.
The appropriate carbon shell and void space involved in the yolk shell structure are considered to be the crucial factor in accommodating volume expansion as well as preserving the structural integrity of yolk shell ZnGa2O4@C.
The good rate performance can be ascribed to the hierarchical porous structure, which provided good access of the electrolyte to the electrode interface, reducing path lengths for ion diffusion and accommodating volume changes during cycling.
In recent years, enormous efforts have been made to improve the performance of sulfur-based cathodes, including using various inorganic/organic conducting substrates [7 9], modifying separator/lithium anode [10, 11], and optimizing binder [12]/electrolytes [13] for enhancing the conductivity of the cathode, mitigating the diffusion of polysulfides, and accommodating volume expansion.
A number of traditional techniques exist in both categories which perform well with comparatively accommodating volumes of data; the current situation is not that much in-line and often results in high execution time and sometimes result in non-feasibility.
For accommodating volumes of data, as discussed in "Traditional heuristic approaches" section, MaxFIA is a novel scheme but when applied to a big dataset, it results in high execution time and non-scalability.
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.
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.
