Transmission electron microscopy for materials science

Welcome to the course! This module introduces the history and building blocks of the transmission electron microscope. You'll delve into lens aberrations, ray diagrams, and more to lay the foundation for your journey into the world of TEM.

In this module, you'll explore the description of the three main blocks of the transmission electron microscope. Dive into topics such as Bragg's Law, TEM operation, and more, gaining crucial insights into the functionality of the instrument.

Delve into the basics of electron diffraction, including 2-beam electron diffraction, reciprocal lattice, and Ewald sphere construction. Gain a deep understanding of these fundamental concepts to prepare for advanced applications in the field of materials science.

Explore multi-beam scattering, kinematical scattering, and the effects of shape on the reciprocal lattice. This module provides essential knowledge for understanding the intricacies of diffraction and its applications in materials science.

Dive into dynamical scattering, thickness fringes, and dynamical effects in diffraction and imaging. Gain insights into advanced concepts that play a crucial role in the analysis of materials using transmission electron microscopy.

Explore bend contours, double diffraction, and their implications in materials science. This module provides a deeper understanding of dynamical effects and their significance in the study of materials at the atomic level.

Gain insights into phase contrast microscopy, including the contrast transfer function and weak phase object approximation. Delve into the principles of phase contrast to enhance your understanding of imaging in transmission electron microscopy.

Explore the phase contrast transfer function, high-resolution TEM, and practical aspects such as the installation of JEMS student edition. This module equips you with the necessary skills to apply phase contrast techniques in materials science research.