Synchrotron-based in situ techniques for nanochemistry: from the synthesis to electrocatalytic properties

Key Points

• Electrocatalytic properties are essential for improving energy conversion efficiency, particularly in fuel cells and electrolyzers.
• Measurements indicate enhanced performance metrics, with synchrotron techniques providing precise insights into material behavior.
• Analysis involving synchrotron-based in situ techniques covers both the synthesis and characterization phases of nanomaterials.
• Further advancements may drive innovation in energy technologies, highlighting a growing field with significant external implications.