The numerical and phenotypic discrepancies in CSC can effectively be accommodated by a relatively simple or minimal definition of a CSC, which only requires this cell to have the potential for extensive self-renewal cycles (O'Brien et al. 2010; Fig. 3).
Sequence dependent setup times can also be effectively accommodated.
By supporting the Sn anodes with NiTi shape memory alloys, the large volume change of Sn anodes due to lithiation and delithiation can be effectively accommodated, based on the stress-induced martensitic transformation and superelastic recovery of the NiTi matrix respectively, which leads to a decrease in the internal stress and closing of cracks in Sn anodes.
A nanostructured electrode designed by tailoring the morphologies and surface structures at a nanoscale has been proposed to alleviate the problems mentioned above by effectively accommodating the strain induced by volume change and providing a short path for charge conduction [12 22].
Ex situ HAADF-STEM images of anodes after cycles showed that one-dimensional ACNTs as well as electrochemically inactive phase M (Ni, Fe, and Cr) in MxSn function as good matrices, offering "buffer zone" to effectively accommodate the mechanical stress induced by Sn anode expansion and shrinkage.
This superior performance could be attributed to the unique structure of silicon alloy encapsulated by rGO, which could effectively accommodate the large volume change during cycling and provide continuous electronic conduction pathway in the electrode.
Consequently, a step-by-step procedure could be adopted to effectively accommodate high degree of complexity.
Several findings suggest that the communication techniques used by dentists may not be effectively accommodating the literacy skills of certain patients [ 34].
The free-volume of Sn-decorated SnO NBs and nanoporous layered-structure effectively accommodate the huge volume changes and enhance the electrochemical cyclability by facilitating the diffusion of Li-ions.
The distance between two base-tethering residues is ∼23Å, which is almost certainly too large to effectively accommodate the base in the ATP-binding pocket, explaining why ATP is not hydrolysed by the hDmc1 ring [31].
Besides, the flexible PPy layer effectively accommodates the volume expansion.
