
Enabling Potential of 4D-STEM Microscopy with TESCAN
Enabling the Full Potential of TESCAN TENSOR for 4D STEM Analysis
TESCAN TENSOR, a multimodal analytical 4D-STEM microscope, enables detailed analysis of micro- and nano-scale domains in heterogeneous materials. It combines electron diffraction tomography (3DED) and electron diffraction mapping (4D-STEM) to determine structures of polycrystalline phases and grain orientations.
This study demonstrates its use in analyzing stannite and enargite phase distribution in copper-rich sulfide ceramics, improving our understanding of the structural basis for their electron-transport properties.
Click below to download the PDF and dive into the future of thermoelectric material analysis.
Advanced Material Analysis with TESCAN TENSOR in 4D STEM
Who Benefits from This Research?
Materials Scientists and Engineers: Gain detailed insights into the structure and distribution of micro- and nano-scale domains within engineered heterogeneous materials.
Energy Researchers: Obtain valuable information on the development of new and advanced materials for clean and renewable energy generation, storage, and efficient use.
Thermoelectric Materials Developers: Gain a structural understanding of the improved efficiency of traditional power generation methods by converting waste heat into electricity.
Nanotechnology Researchers: Utilize the TESCAN TENSOR system for rapid, automated 2D and 3D structural characterization using a single sample lamella.
Industrial Applications: Apply insights from this research to develop scalable production methods for efficient thermoelectric materials
Thank you for being so interested.
Further Insights: