Tag: anode materials

A solvothermally synthesized ethylenediamine-derived polyimide anode achieved a reversible capacity of 156.2 mAh g−1 and retained 80 percent capacity after ...

Researchers synthesized zinc oxide and carbon nanopills that exhibit high capacity and long-term cycling stability as lithium-ion battery anodes.

A core–shell antimony and hard carbon composite anode achieved a charge capacity of 482.4 mAh g−1 and retained 95.4 percent ...

A 3D-printed WS2/TiO2@C anode combining sulfur vacancies and a defect-rich TiO2 interphase delivered markedly higher lithium storage capacity than WS2 ...

Oxford chemists used machine learning-driven atomistic simulations to show how the polymer PVDC breaks down into hard carbon, whose five- ...

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 morphology-preserving sulfidation method converts cobalt oxide nanowires into Co₉S₈ electrodes that deliver high lithium storage capacity and retain over ...

A new review maps how metal-organic frameworks and their derivatives store lithium, revealing multi-site redox chemistry and pseudocapacitive kinetics that ...

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

Researchers in China have created a tin-nickel-copper multiphase alloy film that survives 2000 fast-charging cycles while retaining high lithium-storage capacity.