Kikuchi lines are patterns of electrons formed by scattering. They pair up to form bands in electron diffraction from single crystal specimens, there to serve as "roads in orientation-space" for …

The centre lines of the Kikuchi bands in an electron backscatter diffraction (EBSD) pattern correspond to where the diffracting planes intersect with the phosphor screen (or direct electron detector sensor).

Kikuchi Patterns are a useful phenomenon to use when initially learning how to tilt crystals because they form regular intersecting lines over a zone axis. This spot diffraction pattern shows Kikuchi lines on …

Kikuchi patterns appear in both SEM and TEM. Kikuchi lines in TEM normally give more accurate orientation determination than electron diffraction patterns. These Kikuchi lines may be either bright …

Below, we compare a processed, low-noise experimental Kikuchi pattern form a silicon sample (800x600, top) with a simulation using the dynamical theory of electron diffraction (middle) and their …

Oct 23, 2012 · The Kikuchi pattern is a diffraction pattern produced by Bragg reflections of inelastically scattered (thermal diffuse scattering) electrons in a specimen.

Backscatter Kikuchi patterns (BKP), also known as Electron BackScattering Patterns (EBSD) are produced by incoherent wide-angle scattering of a stationary beam of high-energy electrons from a …

Kikuchi lines are interesting because of what they do when the crystal is moved in the beam. Diffraction spots fade or become brighter when the crystal is rotated or tilted, but stay in the same places; the …

We thank P. Chekhonin, A. Pukenas, E. Hieckmann (Technical University Dresden, Ger-many) for providing the BaFe2As2 Kikuchi patterns. TBB thanks the Royal Academy of Engineering for …

In this chapter, we will show that these Kikuchi patterns can be used to give us much more accurate information on the beam direction than SADPs and can also give