The growing demand for fast-charging and high-power electric vehicles is shifting Ni-rich cathode design from maximizing energy density alone toward sustaining rapid Li-ion transport over long cycling. LiNixCoyAlzO2 is well suited to this target because its Mn-free, Al-stabilized layered framework offers high capacity...
Yu-Meng You, Shi-Hong Zhao, Chen Liu et al.· ChemSusChem· 0 citations
In extreme-environment applications such as military, aerospace, and polar research, batteries capable of reliable operation at ultralow temperatures are urgently needed. Current low-temperature battery research has largely focused on electrolyte optimization, while cathode material design remains relatively underexplo...
Zhao-Guo Zhang, Zhe Chen, Bao Zhang et al.· ACS Applied Materials and In...· 0 citations
Layered transition metal oxides (Na
x
TMO
2
) are regarded as promising cathode materials for Na‐ion batteries because of their high capacity, compositional flexibility, and cost‐effectiveness. However, conventional polycrystalline architectures undergo pronounced performance degradation during long‐term cyclin...
