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Popova Svetlana Stepanovna
RussiaEngels
Engelssky Institute of Technology of the Saratov State Technical University, 17, Svoboda Square, Engels, 413100профессордоктор хим. наукtep@techn.sstu.ru
Author's articles
- Kinetics law of lithium in electrochemical system LiAl/LiI(DAC)/С8CrO3 (DAC)
- Influence of fullerene on electrochemical characteristics of LixC6 electrode
- Effect of the rare-earth element nature on the kinetics of electrochemical formation of Li-Mg-REE-Al alloys in the aluminum electrode-matrix
- Influence of anodic processing of aluminium in the phosphate solutions at the kinetics of cathodic incorporation of lanthanum and lithium from the aprotic organic solutions
- Materials of negative electrodes for rechargeable lithium batteries with aprotic organic electrolytes
- Fluorocarbon cathodes for lithium elements
- Kinetics of processes in the lanthanum-based LiLaAl/LiClO4/MnO2, system at potentiodynamic cycling
- The earth rare metall nature influence on electrochemical processes on MnO2-electrode in aprotic organic solutions
- Electrochemical Behavior of MnO2-electrode in Aprotic Organic Solutions of Salts of Lanthanum and its Analogs (Rare Earth Elements)
- 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
- Activation of the Process of Cathode Synthesis of Calcium Anodes in Aproton Solutions of Calcium Salts of Various Anion Composition
- Prospective Composite Materials for Lithium~Ion Battery Cathodes Based on~Transition Metals Oxide and Rare Earth Elements Oxides Modified with Fullerene and Fluoride Ions
- Cathodic Modification in Aqueous Phosphate-Molibdate Solutions of Chitosan as a Way of Enhancing Hydride-Forming and Hydride-Accumulating Properties of Titanium
- Elemental composition of the surface layers formed on titanium at the cathodic treatment in chitosan-containing aqueous-dimethyl sulfoxide solutions of phosphate-molybdate electrolyte