This reciprocal space plane is the " Bragg plane ".
2.
How are Bragg planes related to individual atoms in a lattice, for the purpose of X-ray crystallography?
3.
Is each Bragg plane horizontally lined by atoms ? Preceding talk ) 08 : 57, 20 March 2010 ( UTC)
4.
Each of these waves have their specific wavelength, called d-value for distance between so-called Bragg planes of low / high potential.
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Another definition is as the set of points in " k "-space that can be reached from the origin without crossing any Bragg plane.
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Particularly, at the Brillouin zone boundary ( or, equivalently, at any point on a Bragg plane ), one finds a twofold energy degeneracy that results in a shift in energy given by:
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Brillouin zone is often called simply the " Brillouin zone " . ( In general, the " n "-th Brillouin zone consists of the set of points that can be reached from the origin by crossing exactly " n " & minus; 1 distinct Bragg planes .)
8.
For a cylindrically bent crystal the Bragg planes in the crystal lattice will lie on Archimedean spirals ( with the exception of those orientated tangentially and radially to the curvature of the bend, which are respectively cylindrical and planar ), and the degree of curvature can be determined in a predictable way from the length of the spots and the geometry of the set-up.
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