Scanning Electrochemical Microscopy (SECM): Principles & Applications
Most key research questions in modern electrochemistry are governed by processes that occur at the microscopic scale. Scanning Electrochemical Microscopy (SECM) is a powerful technique for investigating electrochemical processes on the microscopic scale. As a spatially resolved technique, SECM enables the identification and analysis of local surface inhomogeneities, allowing a more comprehensive characterization of electrochemical interfaces. This deeper understanding of the sample properties promotes the rational design of materials and systems with tailored properties across a wide range of applications.
During the webinar, we will cover the general detection principles of SECM, different modes of operation, and examples from selected fields of application, including corrosion research, electrocatalysis, as well as photo- and bioelectrochemistry. Insights into high-resolution methods and emerging detection principles will provide an overview of recent developments in the field, followed by practical considerations related to suitable sample types and accessible electrochemical reactions.
Key Learning Objectives:
- An in-depth understanding of scanning electrochemical microscopy, including different modes of operation and practical considerations related to suitable sample types and targetable (electrochemical) reactions
- Insights into high-resolution methods and emerging detection principles
- Selected applications from different fields of research, including corrosion studies, electrocatalysis, and photo- and bioelectrochemistry
- Capabilities and limitations of SECM and how localized electrochemistry can be applied to your individual research
Who Should Attend:
- R&D Scientists interested in exploring opportunities for the application of localized electrochemical analysis for their individual research projects
- R&D Project Managers
- Under/Post Graduate Researchers/Students
- Laboratory Managers
Speaker: Dr. Michaela Nebel (Product Manager Electrochemistry, Sensolytics GmbH)
Speaker: Alexandra Taylor (Contributing Editor, C&EN Media Group)
