Electrochemistry (ECH)

Section Information

Electrochemistry focuses on chemical processes that involve the movement of electrons and the interaction between electrical energy and chemical change. The field studies redox reactions, electrode processes, and ionic transport in systems ranging from energy storage devices to biological interfaces.

Current research includes battery and fuel cell development, corrosion science, electrochemical sensors, electrocatalysis, and surface electrochemistry. Advances in nanomaterials, in situ characterization techniques, and computational modeling are improving the performance and understanding of electrochemical systems.

This section publishes experimental investigations, theoretical analyses, materials development studies, device optimization research, and review articles related to fundamental and applied electrochemical science.

Scope

Electrode Processes and Kinetics

• Redox reactions and charge transfer mechanisms
• Electrochemical reaction kinetics
• Mass transport and diffusion phenomena
• Electrode surface modification

Energy Storage and Conversion

• Lithium-ion and next-generation batteries
• Fuel cells and electrolyzers
• Supercapacitors and hybrid systems
• Hydrogen production and storage

Corrosion and Surface Protection

• Corrosion mechanisms and prevention
• Protective coatings and inhibitors
• Electrochemical impedance spectroscopy
• Materials degradation analysis

Electrocatalysis and Sustainable Processes

• Oxygen and hydrogen evolution reactions
• Carbon dioxide reduction
• Electrochemical synthesis methods
• Green electrochemical technologies

Electrochemical Sensors and Devices

• Biosensors and chemical sensors
• Microelectrode systems
• Wearable and flexible electrochemical devices
• Point-of-care diagnostic technologies

Theoretical and Computational Electrochemistry

• Modeling of electrode interfaces
• Simulation of ionic transport
• Density functional theory in electrocatalysis
• Multiscale modeling of electrochemical systems

Advanced Characterization Techniques

• In situ and operando measurements
• Surface spectroscopy and microscopy
• Electrochemical analysis methods
• Data-driven analysis of electrochemical performance

Editorial Board

Click here to see the Section Editorial Board of “Electrochemistry (ECH)”.

Papers Published

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