23rd October, Webinar
Join Dr Matthew Berry and Dr Iona Hill, for an in-depth exploration of how Raman spectroelectrochemistry is transforming electrochemical research and advancing next-generation battery design.
This webinar will introduce the key building blocks of Raman spectroelectrochemistry—including microscopes, electrochemical cells, and potentiostats—before demonstrating their power in real-world applications.
We will discuss why Raman spectroscopy is uniquely suited to electrochemical research, and showcase a series of case studies, including:
• Operando Raman microscopy of a water splitting electrocatalyst
• Mechanistic insights into cycling-induced electrode degradation in a photo-rechargeable Li-ion battery
• Optimising electrolyte chemistry for potassium-ion batteries
• Inhibiting ice formation in hydrogel electrolytes for flexible zinc–air battery design
The session will conclude with our expert recommendations on how best to configure a Raman microscope for electrochemical research, helping you streamline experimental workflows and unlock deeper insights into battery materials and mechanisms. Whether you are investigating electrocatalysts, developing next-generation energy storage devices, or optimising battery performance, this webinar will demonstrate how operando Raman microscopy accelerates discovery and innovation in electrochemical science.
Watch the webinar here…
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