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Abstract Aluminum foil anodes are attractive for rechargeable lithium batteries because they combine the functions of active material and current collector. However, once Li is removed from lithiated Al, a Li-depleted Al layer rapidly forms at the surface and impedes further Li extraction from deeper regions; this often forces delithiation to proceed through cracking and pore formation, which accelerates passivation and irreversible capacity loss.
Inserting a lithiation potential gap as a factor for degradation control in aluminum-foil anodes by utilizing roll-bonding processes† During cycles, Al-foil anodes for lithium batteries are degraded by the progressive structure fracture of the Al matrix and the surface passivation by the electrolyte decomposition products.
Abstract Realization of unconventional physical properties in two-dimensional (2D) transition-metal dichalcogenides (TMDs) is currently one of the key challenges in condensed-matter systems. However, the electronic properties of 2D TMDs remain largely unexplored compared to those of their bulk counterparts.
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