Introduction to X-Ray, Bragg's Law, and Crystal Structure

Videos 1.1-1.6 provide an introduction to the basic ideas behind X-ray diffraction, accessible to those with a high school or undergraduate background in physics and algebra.

 

 

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Now showing 1 - 6 of 6
  • Publication
    1.2 - Interference and the Wave Nature of Light
    (2016-03-24) Heiney, Paul A.
    The basic physics of waves and light, and interference, which provide a foundational background to understanding X-ray scattering. Time 5:36
  • Publication
    1.1 - Introduction and Outline
    (2017-01-17) Heiney, Paul A.
    Introduction to video series on X-ray scattering techniques, and outline of series organization. Time 5:59.
  • Publication
    1.3 - Bragg's Law
    (2016-03-24) Heiney, Paul A.
    Derivation of Bragg's Law for X-ray diffraction as arising from the interference of light scattered from planes of atoms. Time 6:24.
  • Publication
    1.6 - Introduction to Crystallography
    (2016-03-30) Heiney, Paul A.
    Relationship between Bragg's Law and crystal structure. The general approach to crystallography. Single crystal crystallography, the Laue technique, powder diffraction. Time 7:38.
  • Publication
    1.4 - Crystal Structure
    (2016-03-29) Heiney, Paul A.
    The relationship between macroscopic shape and atomic-level structure of crystals. Lattice types, space groups, basis. Time 5:51.
  • Publication
    1.5 - Some Properties of X-ray Radiation
    (2016-03-30) Heiney, Paul A.
    X-ray wavelength, absorption, radiography. Time 2:44.