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Can Solid Oxide Fuel Cells Change Transportation?
Reznichenko, V., Slesarenok, E.
Can Solid Oxide Fuel Cells Change Transportation?
YBa(Fe,Co,Cu)[2]O[5+δ] cathode materials for solid oxide fuel cells
Klyndyuk, A. I., Mosialek, M., Kharitonov, D. S., Chizhova, E. A., Socha, R. P., Komenda, A.
YBa(Fe,Co,Cu)[2]O[5+δ] cathode materials for solid oxide fuel cells
Layered Oxygen-Deficient Double Perovskites as Promising Cathode Materials for Solid Oxide Fuel Cells
Klyndyuk, Andrei I., Chizhova, Ekaterina A., Kharytonau, Dzmitry S., Medvedev, Dmitry A.
Development of new functional materials with improved characteristics for solid oxide fuel cells
Обзор проектных схем гибридных систем с твердооксидным топливным элементом и газовой турбиной для комбинированного производства тепла и электроэнергии
Филимонова, А. А., Чичиров, А. А., Чичирова, Н. Д., Печенкин, А. В., Filimonova, Antonina A., Chichirov, Andrey A., Chichirova, Natalia D., Pechenkin, Alexander V.
for hybrid systems based on the integration of solid oxide fuel cells (SOFC) and gas turbines (GT). Most SOFC
Анализ возможности применения децентрализованных систем энергоснабжения в условиях Республики Татарстан
Филимонова, А. А., Черкасов, А. С., Чичирова, Н. Д., Filimonova, Antonina A., Cherkasov, Aleksandr S., Chichirova, Natalia D.
for such installations as: gas piston unit, solid oxide fuel cell, wind generator, diesel generator and solar
Способы очистки газообразных отходов нефтехимических производств от углекислого газа для использования в твердооксидных топливных элементах
Филимонова, А. А., Чичиров, А. А., Власова, А. Ю., Камалиева, Р. Ф., Filimonova, Antonina A., Chichirov, Andrey A., Vlasova, Alena Y., Kamalieva, Ruzina F.
friendly and resource-saving energy is planned. Switching to hydrogen fuel and hydrogen-containing gases
Double-doped YFeO3 as new electrodes for protonic ceramic fuel cells
Kasyanova Аnna
cathode materials for intermediate-temperature solid oxide fuel cells (so-called protonic ceramic fuel
PtCu-O highly excavated octahedral nanostructures built with nanodendrites for superior alcohol electrooxidation
Wu F., Zhang L., Lai J., Niu W., Luque R., Xu G.
Direct alcohol fuel cells not only possess high efficiency and cleanness, but also exhibit
Effect of oxidizing medium on synthesis gas content at solid fuel gasification
Korotkikh, Alexander G., Slyusarskiy, Konstantin, Sorokin, Ivan
A mathematical model of the solid fuel conversion process which is used to analyze the synthesis
Structure-activity relationship of tri-metallic Pt-based nanocatalysts for methanol oxidation reaction
Lu Q., Zhao X., Luque R., Eid K.
-temperature and green direct methanol fuel cells (DMFCs) due to their bifunctional mechanism, electronic/strain effect

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