Practical sodium/potassium-ion batteries require carbon anodes with both high gravimetric
and volumetric performances, for which engineering carbon material with simultaneous high …

In Li-ion technology, increasing electrode loading (thickness) is one approach to improve
performance; however, this approach typically compromises power density and safety. To …

High loading level of micron cathode active material is essential for high energy density Li-
ion batteries. High loading level and thick cathode however limit not only rate capability but …

随着新能源的兴起, 锂离子电池得到了广泛的应用, 但其较差的低温(≥–40℃)
充放电特性限制了锂离子电池适应性. 本文综述了锂离子电池低温理论和体系的研究进展 …

Zn 2 SnO 4-based anode materials have recently attracted considerable attention due to
their high capacity and low price for lithium-ion batteries. However, their performance is …

Aircraft usually undergoes a low temperature during flight. It is crucial to understand the
strain generation mechanism within lithium‐ion batteries in low temperature to prevent …

At present, Li-ion technology is the leading battery chemistry to enable the large-scale
adoption of electric vehicles. However, meeting the demands of hybrid and plug-in hybrid …