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XRay Scattering by Atoms
Crystal Axes and the Reciprocal Lattice
Diffraction by a Small Crystal
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absorption amplitude angle antiphase approximation average axes axis Bragg law Bragg planes Bragg reflection Bravais lattice Brillouin zone broadening coefficients components Compton modified consider correction cos2 Cu3Au curve deformation faulting diffracted beams diffractometer diffuse intensity direction displacement distance effect elastic waves equation evaluated expressed face-centered cubic Fhkl film Fourier Fresnel diffraction ft1 ft1 function given by Eq hence hexagonal integrated intensity kind of atom Laue pattern layer long-range order measured modified scattering neighbors number of atoms obtain orthorhombic parallel Patterson function perfect crystal perpendicular polarized position powder pattern primary beam quantity radial distribution function radiation reciprocal lattice reciprocal lattice point reciprocal space reflected beam reflection plane replaced represented short-range order shown by Fig sin2 single crystal space group structure factor superstructure reflections symmetry transverse waves twin faulting unit cell unmodified values velocity vibration volume wavelength x-ray zero