STEMx/4D STEM: Data Acquisition (Self-Paced)
This course focuses on how to acquire 4D STEM data and covers information from setting up the various required detectors for a 4D STEM experiment to more advanced experiments like in-situ 4D STEM.
Part of the STEMx Basics series
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Introduction to STEMx/4D STEM (Self-Paced)
CourseIntroduces participants to the 4D STEM diffraction technique, plus the necessary infrastructure that is required to perform these studies, including detectors and software.
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STEMx/4D STEM: Data Acquisition (Self-Paced)
CourseThis course focuses on how to acquire 4D STEM data and covers information from setting up the various required detectors for a 4D STEM experiment to more advanced experiments like in-situ 4D STEM.
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STEMx/4D STEM: Data Processing and Analysis (Self-Paced)
CourseThis course reviews the processing and analysis of 4D STEM data using DigitalMicrograph built-in tools, including virtual aperture imaging, strain mapping, and differential phase contrast (DPC) analysis.
Instructor
Fernando Castro
Application Scientist Ph.D.
[email protected]
Fernando is an Application Scientist at Gatan in charge of supporting imaging and diffraction products. He joined Gatan in 2019 after completing his Ph.D. in Materials Science and Engineering from Northwestern University. Fernando has over 10 years of experience in electron microscopy through his research experience on nanomaterials and lithium ion battery materials, and is well versed in many of the key EM techniques for analyzing materials science samples.