Tag: solid-electrolyte interphase

A cold-pressed lithium-silicon alloy coating on micro-silicon particles boosted conductivity and cycling stability in sulfide-based all-solid-state battery cells.

HKUST researchers report an anode-free lithium metal battery strategy that reached 467 Wh kg-1 in a pouch cell and 90% ...

An iodine-mediated cross-linking strategy creates starch-derived hard carbon with sub-nanometer ultramicropores and carbonyl-rich surfaces, confining electrolyte solvation to build a ...

A new charge-aware machine-learning potential allows hundred-nanosecond atomic simulations of sodium electrode interfaces, revealing fundamentally different solid electrolyte interphase formation ...

Researchers at the University of Oklahoma combined density functional theory calculations with graph neural networks to predict lithium-ion migration across ...

DFT simulations show that five common electrolyte anions interact with sodiated MoS2 surfaces in strikingly different ways, with FSI- spontaneously ...

Machine-learning simulations validated by solid-state NMR spectroscopy reveal that lithium ions form anion-free multi-ion clusters in battery electrolytes, and that ...

Researchers in Beijing have engineered a nitrogen-doped porous carbon framework embedded with cobalt nanoparticles that guides uniform lithium deposition, enabling ...

Researchers have developed a modular etching–brushing–soaking protocol that standardizes lithium metal surfaces, dramatically improving reproducibility and full-cell battery performance.

Researchers in Hefei have engineered pyridinic nitrogen and carbonyl sites on hard carbon anodes to direct anion transport, forming a ...