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PATTERN AND SYMMETRY
ELEMENTARY OPTICAL CRYSTALLOGRAPHY
THE DIFFRACTION OF XRAYS
12 other sections not shown
Acta Crystallogr amplitudes angle anisotropic arrangement axes axis centre of symmetry coordinates corresponding crystal structure crystallographic cubic d-spacings diagram diffracted beam diffraction pattern diffractometer electron clouds electron density electron density map electron diffraction errors example extinction film Fourier synthesis give goniometer heavy atom hexagonal incident beam indices light atoms lines materials measured method mirror plane molecule monoclinic neutron diffraction observed intensities optical orientation orthorhombic parallel parameters Patterson function peaks perpendicular phase possible powder pattern precession problem produced radiation reciprocal lattice reciprocal lattice points recorded refinement refractive index result rotation photograph sample scattering factors screw axis Section set of planes shown in Fig shows single crystal space group specimen sphere of reﬂection structure determination structure factor studies suitable symmetry elements Table techniques temperature factors trial structure triclinic two-fold unit cell usually values vector map wavelength waves Weissenberg X-ray beam X-ray diffraction zero layer