Deeper Understanding of Ternary Eutectic Carbonates/Ceria-Based Oxide Composite Electrolyte through Thermal Cycling

Deeper Understanding of Ternary Eutectic Carbonates/Ceria-Based Oxide Composite Electrolyte through Thermal Cycling

Due to a high conductivity of about 0.1 S·cm−1, Li-Na-K carbonate eutectic and Sm-doped ceria composite material is a good electrolyte candidate for hybrid fuel cells operating between 500◦C and 600◦C. The present paper aims at a deeper understanding of the species and mechanisms involved in the ion...

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Bibliographic Details
Main Authors: Albin, V. (Author), Ben Osman, M. (Author), Cassir, M. (Author), Grishin, A. (Author), Lair, V. (Author), Meskine, H. (Author), Ringuedé, A. (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
carbonate eutectic/ceria composite
Carbonate eutectic/ceria composite
Carbonates
Carbonation
Cerium oxide
Condition
Eutectics
Fuel cell electrolytes
Fused salts
hybrid fuel cell electrolyte
Hybrid fuel cell electrolyte
Hybrid fuels
Ionic conductivity
Ionic conductor
Lithium compounds
MCFC
multi-ionic conductor
Multi-ionic conductor
Sodium compounds
SOFC
Solid electrolytes
Solid oxide fuel cells (SOFC)
Ternary alloys
Ternary eutectics
thermal cycling
Thermal cycling
Thermal-cycling
Thermoanalysis
Transport mechanism
transport mechanisms
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