Alloying anodes have long attracted attention as promising candidate electrodes for
application in grid‐level energy storage systems owing to their high energy capacity …

Rechargeable batteries dominate the energy storage market of portable electronics, electric
vehicles and stationary grids, and corresponding performance advancements are closely …

The fabrication of battery anodes simultaneously exhibiting large capacity, fast charging
capability, and high cyclic stability is challenging because these properties are mutually …

Diffusion in alloying anode materials was previously viewed as solute diffusion in
conventional alloys. However, solute diffusion, neglecting the presence of a thin …

The diffusion of carrier ions in alloying anodes often develops compressive stresses in front
of the propagating interface, suppressing the carrier‐ion diffusion and limiting their full …

Enhancement of energy density and safety aspects of Li-ion cells necessitate the usage of
“alloying reaction”-based anode materials in lieu of the presently used intercalation-based …

Owning to the fast development and bright prospect in energy storage system of sodium-ion
battery, the electrochemical behavior of sodium storage materials has been paid full …

The anisotropic volume expansion of anode materials produces locally inhomogeneous
residual stresses, which frequently induce fracture of the anode materials and reduce battery …

The charging process of secondary batteries is always associated with a large volume
expansion of the alloying anodes, which in many cases, develops high compressive …

Electrochemical properties of batteries are closely related to phase transition behaviors at
alloying anodes. This transition process in many cases occurs in a continuous and …