X-Ray and Neutron Structure Analysis in Materials Science

1. Front Matter

   Pages i-xii

   PDF

2. Powder Diffraction Analysis

   1. Front Matter

      Pages 1-1

      PDF

   2. Identification of X-Ray Diffraction Patterns of Multicomponent Mixtures

      • Jaroslav Fiala

      Pages 3-13

   3. Quantitative Reference Intensity Analysis: Methodology and Means for Verification of Results

      • Briant L. Davis

      Pages 15-21

   4. Correction of Compositional Variability in the X-Ray Diffraction Phase Analysis

      • Agnes Griger

      Pages 23-28

   5. Dilution and Addition Methods in Quantitative X-Ray Diffraction Phase Analysis

      • S. Popović, B. Gržeta

      Pages 29-41

   6. Shape Memory Effect Analysis by X-Ray Diffraction

      • Zbigniew Bojarski, Henryk Morawiec

      Pages 43-48

   7. Formation of a Satellite Phase in the Neutron Irradiated Reactor Steel

      • F. Haramia, F. Hanic

      Pages 49-57

   8. X-Ray Phase Analysis of Cu and Pb Anodic Oxidation Products

      • E. Łagiewka, A. Budniok

      Pages 59-65

   9. Phase Analysis of Rusts By X-Ray Diffraction, IR-Spectroscopy and Thermal Analysis

      • J. Had, J. Balcar, H. Prachařová

      Pages 67-71

   10. Dynamical X-Ray Diffraction Study on the Phase Transformation in Rapidly Quenched Au71Sn29 Alloy

       • Norbert Mattern

       Pages 73-76

   11. Process Kinetics Studied by X-Ray Diffraction

       • Tomáš Havlík, Milan Škrobian

       Pages 77-80

   12. X-Ray Diffraction Analysis of 12 CaO. 7 Al2O3 Polymorphs

       • A. Derdacka-Grzymek, Z. Konik, J. Iwanciw, M. Pyzalski, A. Stok

       Pages 81-84

   13. X-Ray Analysis of Mineral Substances of Blood Vessels

       • Andrzej Szytula, Eugeniusz Rokita

       Pages 85-88

   14. Optical Diffraction of Computer Simulated Patterns of Transitions in Two Dimensional Regular Lattice

       • J. Sołtys, W. Kołyniak

       Pages 89-91

3. Diffraction Analysis of Amorphous Materials Glasses and Polymers

   1. Front Matter

      Pages 93-93

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   2. Investigation of the Microscopic Mechanism of the High Strength of Amorphous Alloys

      • Rang-su Liu

      Pages 95-98

   3. Partial Structure Factors for Amorphous Fe75B25 Determined by Diffraction of Polarized Neutrons

      • W. Matz, J. Kulda, P. Mikula

      Pages 99-103

   4. Neutron-Diffraction Investigation of the Short-Range Atomic Order in Tellurite Glasses

      • S. Neov, I. Gerasimova, P. Mikula

      Pages 105-108

   5. Supermolecular Structure of the “Ladder-Type” Styrene-Multimethacrylate Copolymers

      • Stanisław Rabiej, Andrzej Włochowicz

      Pages 109-116

During the last few decades, crystallography has become a wide and economically important field of science with many interesting applications in materials research, in different branches of physics, chemistry, geology, pharmacology, biochemistry, electronics, in many technological processes, machinery, heavy industry, etc. Twenty Nobel prizes awarded for achieve­ ments belonging to this· field only underline its distinction. Crystallo­ graphy has become a commonly used term, but - like a whale - it is much easier to recognize than to describe because of an extreme diversity of sub­ jects involved which range from highly sophisticated theories to the develop­ ment of routine technological processes or testing of materials in produc­ tion. It is apparent that only some aspects of selected topics could be included on a single occasion. The conference "ADVANCED METHODS IN X-RAY AND NEUTRON STRUCTURE ANALYSIS OF MATERIALS" held in Karlovy Vary (Czechoslovakia) on October 5-9, 1987, was intended to cover the most important crystallographic aspects of ma­ terials science. The conference was attended by 250 people from 16 countries (Belgium,Bulgaria, China, Czechoslovakia, Finland, France, FRG, GDR, Hungary, Italy, The Netherlands, Poland, Sweden, USA, USSR and Yugoslavia).

• Powder diffraction
• chemistry
• crystal
• crystal structure
• crystallography
• diffusion
• kinetics
• lattice parameter
• materials science
• neutron diffraction
• polymer
• scattering
• semiconductor
• thin films

• Institute of Macromolecular Chemistry, Czechoslovak Academy of Sciences, Prague, Czechoslovakia

  J. Hašek

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