Concept
Scanning transmission electron microscopy
Related lectures (184)
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Explores parameters impacting probe size in electron microscopy and different detectors for contrast optimization.
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Explores the principles of Scanning Transmission Electron Microscopy (STEM) for analytical microscopy, covering TEM diffraction, detectors, and EDS analysis.
Transmission Electron Microscopy
Covers the principles and applications of Transmission Electron Microscopy, including imaging, diffraction, contrast mechanisms, and in situ techniques.
TEM Lenses: Condenser, Objective, and ProjectorMOOC: Transmission Electron Microscopy for Materials Sciences
Explores the roles of condenser, objective, and projector lenses in a TEM.
STEM: Scanning Transmission Electron Microscopy
Explores Scanning Transmission Electron Microscopy (STEM) principles, detectors, contrast mechanisms, and applications in high-resolution imaging.
Dynamical Scattering: Electron Diffraction
Explores dynamical scattering in electron diffraction, discussing challenges in interpreting diffraction patterns and applications in crystal defect imaging and phase discrimination.
Dynamical Effects: Thickness FringesMOOC: Transmission Electron Microscopy for Materials Sciences
Delves into the dynamical scattering effect of thickness fringes in TEM images, covering equations, intensity plots, and weak beam imaging.
Monte-Carlo Simulations
Explores Monte Carlo simulations for electron trajectory in solids using the CASINO software.
Reciprocal lattice: Shape effectsMOOC: Transmission Electron Microscopy for Materials Sciences
Explains how sample geometry affects the size and shape of reciprocal lattice nodes in multiple beam scattering.
High Resolution TEM: Imaging and Contrast
Explores High Resolution TEM principles for atomic-level crystal imaging.