Abstract
Lithium-ion batteries are now considered to be the most available power sources for not only portable devices but also larger and more powerful devices. For high energy, power and durability, the electrode structure and engineering with active material powders in Lithium-ion batteries are essential, especially the formation of the ionic and electronic conduction network in the porous electrodes. Additionally, the morphological changes of the active material powders are correlates with the electrochemical stability during the charge-discharge cycling.
