Sentence examples for facilitating the reversible from inspiring English sources

The electrochemical performance is intimately related to the unique architecture (i.e., hierarchical mesoporous structure), facilitating the reversible formation and decomposition of insoluble Li2O2.

This excellent performance is attributed to the hierarchical architecture of Cu9S5 which facilitates the reversible conversion reactions and stabilizes the electrode structure during discharge/charge process.

The fast lithium intercalation chemistry facilitates the reversible de/intercalation of lithium, resulting in the high cycling stability and rate-capability.

We show that irreversible twinning arises owing to the dislocation pinning of twin boundaries, while hierarchically twinned microstructures facilitate the reversible twinning.

Moreover, the SMAC electrode can facilitate the reversible insertion/extraction of Na ion, owing to the proper specific area and mesopore size distribution, as well as the improved electronic conductivity resulted from doping of sulfur.

It is believed that the basicity of the hydrazone moiety of 2 controls the nature of the final product as it facilitates the reversible cyclization of the intermediate 4 and at the same time helps to stabilize the cyclized 9, thus allowing the hydrolysis step to proceed to form the pyridazinone 10.

The improved sodium-ion storage ability can be ascribed to the enhanced specific surface area and increased electric conductivity due to the introduction of RGO and the decreased size of ZnS particles which can shorten the pathway of sodium-ion diffusion and facilitate the reversible Na+ diffusion kinetics.

The high specific surface area, large pore volume and good electron conductivity of each LPC scaffold facilitate the reversible electrochemical reaction of selenium towards metallic Li, and at 0.5 C a Se/LPC composite electrode exhibits a reversible capacity of 596.4 mAh g−1 in the 2nd cycle and a capacity retention of 453.1 mAh g−1 over 300 cycles with an average decay of 0.08% per cycle.

These π-acid ligands participate in back bonding with the metal ions, thereby stabilizing lower oxidation states of the Fe and facilitating the rapid and reversible oxidation and reduction reactions associated with hydrogen catalysis.

Isotopic exchange was facilitated by the reversible equilibration between reaction intermediaries with hydrogen under hydrothermal conditions with uranium ore.

In cyanobacteria, the production of hydrogen gas is also facilitated by the reversible activity of hydrogenases enzymes.