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THE USES AND LIMITATIONS OF XRAY DIFFRACTION
a amplitude of wave scattered by a single electron
Elementary Diffraction Theory
35 other sections not shown
absorption adjustment amplitude Argand diagram atoms axial bottom arc Bragg angle calculated centre chart circle collimator cone coordinates correction corresponding crystal lattice crystallites curves deﬁned density diffracted beams direct beam distance electron equi-inclination errors factor Figure ﬁlm film holder ﬁrst given glide glide plane goniometer hexagonal horizontal incident beam indexing integral intensity intersection lattice planes lattice points Laue photograph Laue streaks layer line measured microscope mis-setting molecule monoclinic non-zero layers normal obtained occur optical orientation oscillation photograph parallel perpendicular phase angle position vector possible powder precession precession camera radius reciprocal lattice reﬂections relation relps rhombohedral RL layer RL plane RL vector rods rotation axis rotation photograph scale scattering diagram screw Section set of planes shows space group specimen sphere of reflection spindle stereogram symmetry elements triclinic tube unit cell values vertical wavelength weighted Weissenberg photograph white radiation X-ray beam X-ray diffraction zero layer zone