ISSN 1608-4039 (Print)
ISSN 1680-9505 (Online)


твёрдый раствор

Peculiarities of the kinetic laws of cathode synthesis of the Cu–Pb–Bi–Ca system designed for using as an anode of a metal-ion battery

Matrix electrodes based on copper and lead were obtained by cathode intercalation: CuBi, PbBi, CuPbBi, CuCa, PbCa, CuBiCa, PbBiCa, CuPbBiCa, their composition being identified by means of X-ray diffraction analysis and open-circuit potential measurement. The laser emission micro-spectral analysis determines the depth of penetration (% of mass) of cations of bismuth, lead and calcium into the structure of the electrodes under study.

Activation of the Process of Cathode Synthesis of Calcium Anodes in Aproton Solutions of Calcium Salts of Various Anion Composition

Matrix electrodes based on copper and lead, CuCa, PbCa, CuBiCa, PbBiCa, CuPbBiCa, were obtained by cathode intercalation, their composition was identified in aprotic organic solutions of calcium salts of various anionic composition by means of X-ray phase analysis and open-circuit potential measurement.