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Related lectures (32)
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Kinematical Scattering: Bloch Wave Theory and Applications
Discusses kinematical scattering from crystal lattices and introduces Bloch wave theory for two-beam diffraction applications.
Complex Numbers: Applications and Representations
Explores the origin, applications, and representations of complex numbers in crystallography and materials science, including their graphical, polar, and exponential forms.
X-ray Diffraction by Bragg Plants
Explores X-ray diffraction by Bragg plants and the application of Bragg's law.
Fourier Transform: X-ray Diffraction and Reciprocal Space
Explores reciprocal space, Bragg condition, and X-ray diffraction in crystal lattices.
Reciprocal Space and Bragg Condition
Explores complex numbers in reciprocal space and the Bragg condition, emphasizing linear algebra's importance for engineers.
Monochromators: General Features
Introduces monochromators and their importance in selecting specific frequencies for experiments.
Understanding the Ewald Sphere
Explores the Ewald sphere and its role in explaining 2-beam electron diffraction in Transmission Electron Microscopy.
Crystal Structures: Determination and Analysis
Covers the determination and analysis of crystal structures using techniques such as X-ray diffraction and electron microscopy.
Characterization Techniques in Solid State Chemistry
Explores standard characterization techniques, focusing on x-ray diffraction and its importance in determining crystal structures.
Synchrotrons and X-ray Techniques
Explores the rotation method in single-crystal diffraction and serial crystallography techniques for studying atomic vibrations and protein dynamics.
Crystallography: Unit Cells, Lattices, and Reciprocal Lattice
Introduces crystallography basics, covering unit cells, lattices, and reciprocal lattice concepts.
Crystallography: Atomic Bonding, Structures, and Diffraction
Covers crystallography, atomic bonding, structures, diffraction, and coordination numbers in materials.
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