Sentence examples for between active materials and from inspiring English sources

Therefore, the interfacial design between active materials and graphene is crucial for their high performance in lithium-ion storage.

The robust firmness of oxide/substrate interaction ensures both the excellent electrical contact between active materials and the current collector and superior strain accommodation during preparation.

This enhanced performance is mainly due to the core/shell nanorods architecture offering fast ion/electron transfer and sufficient contact between active materials and electrolyte.

This promotes better understanding about synergistic effect between active materials and carbon additives, and opens up new research direction for high performance electrode design.

The separation of FePO4 between active materials and electrolyte and its interaction with SEI (solid electrolyte interphase) film are believed to account for the improved performances.

This loose structure is beneficial for the uptake of electrolyte to facilitate ion transport between active materials and the electrolyte, which is favorable for increasing the capacitance of EDLC [56].

This flexible substrate-free electrode exhibits higher potential because it could show excellent contact between active material and current collector during various electrochemical tests.

The improved performance is mainly attributed to the one-dimensional nanowire architecture, which offers good strain accommodation, short electron/lithium ion transport path and excellent electrical contact between active material and current collector.

Results show that the PAA binder can not only provide high adhesion strength to ensure good electrical contact between active material and current collector, but also suppress swelling of LiFePO4 cathode with the electrolyte solution compared to the PVDF binder.

The improved performance can be attributed to the quasi-1-dimensional nanostructure prepared directly on the current-collecting copper plate, which offers good strain accommodation, short electron/lithium ion transport path and excellent electrical contact between active material and current-collector.

Here, La-doping in metal transition MT) layer is employed to block the migration channel of TM ions and stabilize the crystal structure, and coating-CaF2 on the surface of lithium-rich layer oxide material is employed to retard the side reaction between active material and electrolyte.