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Figure 1: (a) Virtual bright field (BF) STEM image of the pristine NCM811 primary particles before charging. (b, c) Phase and orientation map for cathode particles shown in (a).
4D-STEM Phase mapping TESCAN TENSOR Material Science energy storage Battery research Strain analysis Cathode stability Microstructural analysis Ni-rich cathode materials Lithium-ion batteries Precession-assisted 4D-STEM

4D-STEM Analysis of Ni-Rich Layered Cathode Materials with TESCAN TENSOR

Unlock New Perspectives in Cathode Material Analysis

To advance battery performance, researchers need to look deeper into the structural characteristics of Ni-rich cathodes. TESCAN, in partnership with the Ernst Ruska Center, has published a new...

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Materials Science 4D-STEM Phase mapping Orientation Analysis TESCAN TENSOR Microscopy BGO electron diffraction ACOM-TEM STEM TEM nanotechnology aluminum

Phase and Orientation Analysis of Bismuth Germanium Oxide (BGO) on Evaporated Aluminum

Crystallographic texture plays a pivotal role in materials science, significantly enhancing the functional properties of polycrystalline materials in engineering applications. Leveraging the advanced capabilities of the TESCAN TENSOR, we conducted a...

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Semiconductors 4D-STEM Electron Microscopy Material characterization Phase mapping Polycrystalline materials Ceramics EDX Metallurgy

TENSOR | Unveiling the Nano-World with Precision and Clarity 

TESCAN GROUP proudly presents a breakthrough in nanoscale analysis: the integration of precession-assisted 4D-STEM phase and orientation mapping with synchronized EDX signals on our TESCAN TENSOR. This innovative approach, spearheaded by our experts,...

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