TESCAN TENSOR

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Examples of nanoscale, multimodal 4D-STEM characterization of a range of materials are described here. We invite you to revisit this page regularly, as this page will be refreshed regularly with new application examples developed in close collaboration with our Beta partners at the Ernst-Ruska Centre (Jülich, Germany) and Leeds University (Leeds, UK).

 

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Multimodal Chemical and Crystallographic Characterization of Carbon Nanotube encapsulated Metal Particles


Precise identification of both structure and chemistry on the nanoscale can be leveraged to advance research into the next generation of engineering materials, across industry and academia. This TESCAN TENSOR application note provides an example of multimodal chemical and crystallographic characterisation of metal particles encapsulated within carbon nanotubes.


By combining STEM imaging, nanobeam diffraction with crystal orientation analysis (4D-STEM) and EDX mapping, we can work towards a comprehensive understanding of this material system. This application note was produced in collaboration with Prof. Andy Brown and Dr. Zabeada Aslam of Leeds University (UK).

Access the full use case HERE

Images showing the Multimodal Chemical and Crystallographic Characterization of Metal Particles encapsulated in Carbon Nanotubes.

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