Generated Pattern Current for Electrochemical Synthesis: Pattern-Interface Multi-Layer Interaction for Selectivity Control

Key Points

• The aim is to optimize Faradaic efficiency in electrochemical synthesis using a generated pattern current framework.
• Applied GPC framework to CO2 reduction, nitrogen reduction, and organic electrosynthesis.
• Developed a multi-timescale pattern-interface interaction model for efficiency optimization.
• Investigated selectivity control mechanisms through pattern interaction.
• Demonstrated improved Faradaic efficiency in target synthesis reactions.
• Enhanced selectivity noted across CO2 and nitrogen reduction processes.

Abstract