интеркалирование

Prospective Composite Materials for Lithium~Ion Battery Cathodes Based on~Transition Metals Oxide and Rare Earth Elements Oxides Modified with Fullerene and Fluoride Ions

The review of cathode materials for lithium-ion batteries is presented, the analysis of advantages and application prospects of cathode materials on the basis of lithiated transition metals oxides is carried out. A method of heterovalent modification by ions of highly negative elements, lanthanum and its analogues for improving the electrochemical indices and stability of lithium manganese spinel is proposed. The effectiveness of fullerene, lithium fluoride, fullerenes halogen derivatives as modifying additive for MnO₂ cathode materials has been noticed.

Read more about Prospective Composite Materials for Lithium~Ion Battery Cathodes Based on~Transition Metals Oxide and Rare Earth Elements Oxides Modified with Fullerene and Fluoride Ions

Electrochemical Behavior of MnO2-electrode in Aprotic Organic Solutions of Salts of Lanthanum and its Analogs (Rare Earth Elements)

DOI: https://doi.org/10.18500/1608-4039-2017-17-1-19-28

Read more about Electrochemical Behavior of MnO2-electrode in Aprotic Organic Solutions of Salts of Lanthanum and its Analogs (Rare Earth Elements)

The study of the electrochemical and electrical properties of the potassium polytitanate intercalated by AgI using impedance spectroscopy

The new composite material on the basis of polytitanates of potassium and the ionic conductor of iodide of silver with extremely high dielectric permeability is synthesized. Impedance and dielectric characteristics of the received material are investigated.

Read more about The study of the electrochemical and electrical properties of the potassium polytitanate intercalated by AgI using impedance spectroscopy