Understand materials' structure-function relationship by enabling in situ studies at the atomic scale.
In situ observation of structure dynamics at length scales that are characteristic for nanostructures is extremely important to scientists focusing on atomic-scale research.
The FEI Titan™ ETEM Themis builds on the proven Titan ETEM concept-combining both standard S/TEM and dedicated environmental TEM capabilities for time-resolved, in situ studies of the dynamic behavior of nanomaterials.
The Titan ETEM Themis is designed as a fully integrated platform for in situ experiments, such as exposing nanostructures to gaseous reaction/operating environments.
With the Titan ETEM Themis, you can:
- Study gas-solid interactions, including shape and morphology changes, as well as interactions at surfaces and interfaces of nanostructures.
- Observe functional nanomaterials and their time-resolved responses to gas and other in situ stimuli.
- Gain insight into geometric and electronic structure, as well as elemental composition of functional nanomaterials at nanometer and atomic scales.
- Perform traditional, high-vacuum TEM experiments. Although designed for environmental TEM applications, the Titan ETEM Themis capably performs HR-S/TEM imaging, diffraction, and spectroscopy.