nanocalorimetry

Why is Nanocalorimetry Important in Catalysis?

Catalysis often involves complex reactions at the molecular or atomic level. Understanding the of these reactions is crucial for optimizing catalyst performance. Nanocalorimetry provides several advantages:
Sensitivity: The technique can detect heat changes as small as nanowatts, making it possible to study reactions with very low heat output.
Small Sample Size: Only tiny amounts of material are needed, which is beneficial when working with expensive or rare catalysts.
In Situ Measurements: Nanocalorimetry can be performed under actual reaction conditions, providing real-time data on the catalytic processes.

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