As energy demands grow, the need to understand and characterize the underlying energetic reactions of the materials and system also grows. With in situ electron microscopy, you can directly image and measure the performance of nanoscale batteries, catalysts, piezoelectrics, and volatile materials to quantify the reactions of interest.

Application Notes

Videos

Watch dynamic behavior of real samples in situ.


Fusion + Energy Materials

Test the performance and observe structural changes in solid-state batteries within your SEM or TEM.

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Atmosphere + Energy Materials

Mimic wafer fabrication conditions inside the microscope while observing chemical and structural changes.

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Poseidon + Energy Materials

Cycle nanoscale lithium-ion batteries and study the dynamic processes within the liquid electrolyte.

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