Scientific Scope

• Fundamental understanding of electrochemical technologies
• Electrochemistry-based products and processes with societal impact
• Bridging fundamental understanding in electrochemistry and product development
• Translational research in electrochemistry
• Electrochemistry in technology innovations
• Advanced electrochemical sensing and instrumentation
• Electrochemistry in diagnostics
• Ultra-sensitive electrochemical detection for health and environment
• Electrochemistry in neuroscience and signal transduction
• Electrochemistry in medical devices
• Electrochemical understanding of redox processes in biological systems
• Advanced electrochemical technologies in energy conversion
• Next generation Li-ion batteries
• Batteries for mobile devices
• Batteries and supercapacitors for transport
• Recent advances in fuel cells
• Electrolyzers for CO2 conversion and H2 production
• Electrochemistry for green chemistry
• Advances in electrochemical processes
• New materials design through electrochemical processes
• Electroactive polymers, nanocomposites and hybrid materials
• Advanced electrodeposition and electroplating
• Anodization and its application
• Electrochemistry at interfaces: solid-liquid, liquid-liquid, gas-liquid
• Electrochemistry in ionic liquids
• Theoretical and computational electrochemistry
• Recent advances in electrocatalysis
• Corrosion and corrosion protection
• Semiconductor electrochemistry and photoelectrochemistry
• Electrochemical education and history of electrochemistry
• Communications in electrochemistry