Lithium ion batteries have been considered as a promising energy‐storage solution, the
performance of which depends on the electrochemical properties of each component …

Despite their rapid emergence as the dominant paradigm for electrochemical energy
storage, the full promise of lithium-ion batteries is yet to be fully realized, partly because of …

Lithium-ion batteries are yet to realize their full promise because of challenges in the design
and construction of electrode architectures that allow for their entire interior volumes to be …

Novel lithium–lanthanide (Ln: cerium and praseodymium) bimetallic coordination polymers
with formulas C10H2LnLiO8 (Ln: Ce (CeLipma) and Pr (PrLipma)) and C10H3CeO8 …

In many intercalation electrodes of Li-ion batteries, lithiation induces distortive structural
transformations with substantial implications for stress accumulation, capacity loss, and …

Substantial improvements in cycle life, rate performance, accessible voltage, and reversible
capacity are required to realize the promise of Li-ion batteries in full measure. Here, we have …

The operation of a Li-ion battery involves a concerted sequence of mass and charge
transport processes, which are underpinned by alternating dilation/contraction of the active …

We have devised an approach to fabricate dense textured V2O5 thin films, which allows us
to scrutinize the root cause of capacity fade in V2O5 cathodes of Li-ion batteries …

Employing the first-principles plane-wave approach, we explored the behavior of electron
transport in the V2O5 cathode. Polaron migrations along different crystallographic directions …

Intercalation-induced phase transformations in Li-ion battery electrode materials give rise to
multi-phase coexistence regimes within individual particles, generating significant lattice …