03 / Current laboratory
Brodnikovskyi and the current laboratory
Anodes, electrolytes, ceramic powders and interconnects: work by IPMS researchers and partners.
2015Powder Metallurgy and Metal Ceramics · 54, 166–174
Solid Oxide Fuel Cell Anode Materials
Ye. Brodnikovskyi
A review of SOFC anode materials by Yehor Brodnikovskyi.
2016Visnyk of the NAS of Ukraine · No. 2, pp. 91–96
Ceramic Fuel Cells
Original title (Ukrainian)
Керамічні паливні комірки
Ye. M. Brodnikovskyi
An accessible introduction to ceramic fuel cells and an overview of the research group’s work.
2019Materials Today: Proceedings · 6(2), 237–241
Tape casted SOFC based on Ukrainian 8YSZ powder
I. Polishko, S. Ivanchenko, R. Horda, Ye. Brodnikovskyi, N. Lysunenko, L. Kovalenko
Tape casting of cells using zirconia powder produced in Ukraine.
2023Physicochemical Mechanics of Materials · 59(4), 59–66
The influence of the anode structure on the electrical properties of a solid oxide fuel cell
Ye. Brodnikovskyi, V. Podhurska, N. Lysunenko, D. Brodnikovskyi, I. Polishko, O. Bezdorozhev, A. Kyrysha, O. Vasylyev
Experimental comparison of the electrical properties of cells with different anode structures.
2024 / 25Powder Metallurgy and Metal Ceramics · Vol. 63 (2024), online 2025
Materials for Connecting Solid Oxide Fuel Cells (Overview)
D. M. Brodnikovskyi
A review of interconnect materials and the potential of titanium-based composites.
2025Physicochemical Mechanics of Materials · 61(1), 13–18
Composite ScCeSZ–YSZ ceramics for solid oxide fuel cell electrolyte
Ye. Brodnikovskyi, I. Polishko, N. Lysunenko, V. Podhurska, S. Tkachenko, D. Brodnikovskyi, R. Horda, L. Čelko, O. Vasylyev
Composite electrolyte ceramics studied by researchers in Ukraine and Czechia.
2025Physicochemical Mechanics of Materials · 61(5), 44–48
Influence of the structure of the starting powders on the physicomechanical properties of 8YSZ ceramics
R. Horda, I. Polishko, Ye. Brodnikovskyi, D. Brodnikovskyi, N. Lysunenko, L. Kovalenko, O. Vasylyev, O. Chechel
A comparison of ceramics made from an IPMS-developed powder and a commercial reference.