Optimization of an innovative method for the synthesis of aluminized titanium carbide as the main material for the production of 2D Mxene materials (Ti3C2, Ti2C)

Development of an innovative aqueous electrolyte for high-energy metal-ion batteries

Development of energy-intensive anode materials based on conducting metal-organic compounds (MOF) for metal-ion batteries

Study of the nature of unsatisfactory cycling of metal lithium battery anodes

New intercalation materials for sodium-ion batteries

Sodium batteries for large-sized energy storage devices in the renewable energy sector of Kazakhstan

Hybrid electrodes based on MXene and intercalation material for ultra-fast energy storage devices based on aqueous electrolytes

Establishment of the mechanism of influence of modifying coatings of the active material of the cathodes of sodium-ion batteries on the kinetics of intercalation

Synthesis and study of a composite based on an organometallic compound (MOF) for its use as an anode material in sodium-ion batteries

The role of surface conductive coatings of cathode materials of sodium-ion batteries in charge transfer processes

Development of anode materials based on analogues of Prussian blue for sodium water batteries