«Electrochemical Energetics», 2025, vol. 25, no. 4
Content
Fuel cells
Khokhlova M. О., Shubnikova E. V., Bragina O. A., Nemudry A. P., Cherendina O. V.
Study of electrode materials based on La0.65Ca0.35Co0.2Fe0.8 – xNixO1 – δ oxides used in solid oxide fuel cells and electrolyzers
168
Vlasov S. A., Gongola M. I., Popov M. P., Nemudry A. P.
Synthesis and thermodynamic properties of new cathode materials for solid oxide fuel cells based on lanthanum strontium cobaltite
178
Cherendina O. V., Laptev E. D., Shubnikova E. V., Tropin E. S., Bragina O. A., Nemudry A. P.
Influence of fabrication method on the microstructure of La0.6Sr0.2Ba0.2Fe0.7Co0.2Ni0.1O3 – δ microtubular membranes
183
Kovalev I. V., Tropin E. S., Popov M. P., Nemudry A. P.
Development and testing of highly porous anodes of microtubular solid oxide fuel cells
189
Frolenkova A. D., Titkov A. I., Perova E. A., Tolstobrov I. V.
Inkjet 3D printing of a YSZ-based ceramic interconnect for microtubular solid oxide fuel cells
194
Podgornova O. A., Fedorov N. A., Uvarov N. F.
Polyurethane elastomer-based solid polymer electrolytes for solid-state supercapacitors
200
Ustyuzhaniov I. D., Dubovtsev D. Y., Vepreva A. I., Pugacheva A. V., Saetova N. S., Kuzmin A. V.
Ceramics based on magnesium-aluminate spinel for solid oxide fuel cells
209
Ivanov A. V., Chikishev S. A., Bobro M. S., Vorotnikov V. A., Duvakin A. M., Kuzmin A. V.
Study of the effect of cobalt content on the stability of nickel composite anode materials for solid oxide fuel cells in high humidity
214
Gongola M. I., Vlasov S. A., Popov M. P., Nemudry A. P.
In situ high-temperature X-ray diffraction of La0.6Sr0.4Co1 – xMoxO3 – δ (x = 0.0–0.10) oxides used as cathodes for solid oxide fuel cells
220
Lithium electrochemical systems
Skachilova M. G., Shindrov A. A.
Optimization of synthesis conditions of Na4Nb8P4O32 electrode material for sodium-ion batteries
173