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Avaliable methods of research
- Thermogravimetric and differential thermal analysis
- Electrode polarization measurements
- Testing of model SOFCs and stacks
- TOF-SIMS analysis
- Total conductivity, Seebeck coefficient and ion transference number measurements in atmospheres
- High-temperature dilatometry
- Processing of ceramic materials, electrode systems and electrochemical cells
- Synthesis of solid oxide materials for high-temperature electrochemical applications
- XPS
Testing of model SOFCs and stacks
- Current range: up to 1000À, temperature range: up to 1100°Ñ
- The system is equipped with a hydrogen sensor in the exhaust stream and a special ventilation system
- High reproducibility of the results
- Possibility of impedance measurements and full-scale analysis of the stack characteristics
- Automatic control of compressive stresses
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