Diffraction in metals and alloys: diffraction conditions : Diffraction

Diffraction
Diffraction in metals and alloys: diffraction conditions

Authors : Bernard JOUFFREY, Richard A. PORTIER

Publication date: June 10, 2007 | Lire en français

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1. Diffraction

1.1 Laue relations

Let's consider the scattering of radiation on a linear lattice, for example a row of N identical atoms (figure 1a ). Each atom has the same scattering power, which can be omitted from the calculations. The contribution extended to all atoms is written (cf. formula in ) : $D = \sum_{l = 1}^{N} e^{- i q \cdot R_{at}}$

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References

(1) - DESJONQUÈRES (M.C.), SPANYAARD - Concepts in surface physics. - Springer (1996).
(2) - SEARS (V.F.) - Neutron optics. - Oxford series on Neutron Scattering in Condensed Matter. Oxford University Press (1989).
(3) - BORMANN (G.) - Phys. Z., 42, p. 157...

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Diffraction Diffraction in metals and alloys: diffraction conditions

1. Diffraction

1.1 Laue relations

References

Diffraction
Diffraction in metals and alloys: diffraction conditions