X-ray diffraction in crystals, imperfect crystals, and amorphous bodies / Translated by Paul Lorrain and Dorothée Sainte-Marie Lorrain
- Author
- Guinier, André
- Published
- San Francisco : W. H. Freeman, [1963].
- Physical Description
- x,378p. : illus. ; 25cm
- Series
- Contents
- FUNDAMENTALS OF X-RAY DIFFRACTION THEORY: General properties of X-rays -- X-Ray diffraction calculations -- GENERAL THEORY OF X-RAY DIFFRACTION FOR AN ARBITRARY STRUCTURE: Calculation of the diffracted amplitude -- Calculation of the diffracted intensity -- Average value of the function In(s) in reciprocal space -- Diffraction by a Statistically Homogeneous Object -- The particular case of an isotropic object -- The debye formula for powder patterns -- Diffraction by a group of particles -- X-RAY DIFFRACTION FROM AMORPHOUS SUBSTANCES: GASES, LIQUIDS, AND VITREOUS SOLIDS: Diffraction by perfect gases -- Diffraction by a real gas, a liquid, or a vitreous solid -- DIFFRACTION OF X-RAYS BY CRYSTALS: The electron density in a crystal. the crystal lattice -- The reciprocal lattice -- Reciprocal space corresponding to a finite lattice -- The reciprocal space of a crystal. structure factor for a lattice plane -- Reflection of X-Rays on crystals -- Reflecting power of a crystal face (kinematic theory) -- The line intensities in a powder pattern -- The intensity of the reflections in a rotating crystal pattern -- Relation between the structure of a crystal and its reciprocal space -- Dynamic theory of diffraction by a perfect crystal -- DIFFRACTION BY VERY SMALL CRYSTALS: Elementary theory. the scherrer equation -- Case of an isolated small crystal -- Diffraction lines for a crystalline powder -- Widths of the diffraction spots for a crystalline fiber -- Experimental measurements of the width and of the profile of a line -- and DIFFRACTION BY AN IMPERFECT CRYSTAL LATTICE: Crystal imperfections of the first and second types -- General formulas for the diffraction by an imperfect crystal referred to an average lattice -- Scattering experiments -- DISPLACEMENT DISORDER IN CRYSTALS: Thermal agitation in crystals -- Planar disorder -- The structure of work-hardened metals -- MIXED CRYSTALS AND SUBSTITUTION DISORDER: Long-range order -- Short-range order in disordered solid solutions -- Combination of displacement disorder and of substitution disorder -- CRYSTAL IMPERFECTIONS DESTROYING LONG-RANGE ORDER: The one-dimensional distorted lattice -- Errors in alignment in a file of points -- Irregular stack of plane parallel lattices -- Perturbed three-dimensional lattice. the paracrystal -- Fibrous crystals -- SMALL-ANGLE X-RAY SCATTERING: Characteristics of X-Ray scattering at very small angles -- Theory of small-angle scattering -- Experimental methods -- Applications of small-angle scattering.
- Subject(s)
- Note
- "A revised version of the last part of Théorie et technique de la radiocristallographie." First ed. published in 1945 under title: Radiocristallographie.
- Bibliography Note
- Includes bibliographies.
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