Corrosion-Resistant Microplasma Anode Array for High-Temperature Molten Salt Electrolysis and In-Situ Analysis

Key Points

• The study aims to create an effective corrosion-resistant anode material and analyze changes in molten salt composition during the electrolysis of spent nuclear fuels.
• Design and fabrication of a microplasma anode array.
• Electrolytic reduction process evaluation.
• In-situ monitoring of molten salt composition changes.
• The developed anode demonstrated significant corrosion resistance.
• Effective monitoring of molten salt composition was achieved during the reduction process.
• Improvements in electrolysis efficiency were observed.