A method for determining the frequency spectra of disordered lattices in two-dimensions

Abstract
The general dynamical theory of bulk resonance diffraction developed in the preceding paper is used to study the effects of bulk resonance diffraction on the cross-section of inelastic collisions of high energy electrons in crystals. It is shown that the bulk resonance diffraction of incident high energy electrons leads to an enhancement in the characteristic X-ray yield as a result of the strong localization of electrons around atom strings. On the other hand, the bulk resonance diffraction of the inelastically scattered emerging electrons, on the other hand, leads to the formation of Kikuchi ring patterns observed both in transmission and electron backscattering patterns.

This publication has 0 references indexed in Scilit: