Electron Crystallography

List of Contributors, Lectures,A. Introduction.A.1.What is electron crystallography; X.D. Zou.- A.2 Exploiting sub-Ångstrom abilities What advantages do different techniques offer? C. Kisielowski.- A.3 The way forward for electron crystallography; J.C.H. Spence.- A.4 Symmetry and structure M. Hargittai, I. Hargittai.- B. Experimental techniques. B.1 Introduction to electron diffraction; J.P. Morniroli.- B.2 Symmetry determination by electron diffraction; J.P. Morniroli.- B.3 Electron diffraction structure analysis Specimens and their electron diffraction patterns; V. Klechkovskaya .- B.4 Quantitative electron diffraction structure analysis Theory and practise of determing the electrostatic potential and chemical bonding in crystals; A.S. Avilov.- B.5 Quantification of texture patterns; P. Oleynikov et al.- B.6 Quantitative Convergent Beam electron diffraction Measurements of lattice parameters and crystal charge density; J.M. Zuo.- B.7 New instrumentation for TEM electron diffraction structure analysis: Electron diffractometry combined with beam precession; S. Nicolopoulos et al.- B.8 Role of electron powder diffraction in solving structures; J.L. Lábár .- B.9 Gas-phase electron diffraction for molecular structure determination; I. Hargittai.- B.10 Phase identification by combining local composition from EDX with information from diffraction database; J. L. Lábár.- B.11 Analysis of local structure, chemistry and bonding by electron energy loss spectroscopy; J. Mayer.- C. Crystal structure determination from electron microscopy data. C.1 From Fourier series towards crystal structures A survey of conventional methods for solving the phase problem; T.E. Weirich.- C.2 Crystal structure determination by image deconvolution and resolution enhancement; H. Jiang et al.- C.3 Structure determination from HREM by crystallographic image processing; X.D. Zou, S. Hovmöller.- C.4 3D reconstruction of inorganic crystals Theory and application; X.D. Zou, S.Hovmöller.- C.5 Solving and refining crystal structures from electron diffraction data; C.J. Gilmore, A. Stewart.- C.6 The maximum entropy method of solving crystal structures from electron diffraction data; C.J. Gilmore.- C.7 Structure refinement by taking dynamical diffraction into account Multi-slice least-squares refinement; J. Jansen.- C.8 TrueImage: A software package for focal-series reconstruction in HRTEM; C. Kübel, A. Thust.- D.Applications. D.1 New insights into the nanoworld of functional materials; G. Cox et al.-, D.2 Electron crystallography on polymorphs; U. Kolb, T. Gorelik.- D.3 Electron crystallography in mineralogy and materials science; D. Nihtianova et al.- D.4 Structures of zeolites and mesoporous crystals determined by electron diffraction and high-resolution electron microscopy; O. Terasaki.- D.5 HRTEM investigations of nanocrystalline materials; A.M. Tonejc.- D.6 Electron crystallography on beam sensitive materials Electron microscopy and electron diffraction of polymers; M. Tsuji.- D.7 Characterisation of catalysts by transmission electron microscopy; D. Wang.- E. Extended abstracts. E.1 Structural investigations of cold worked iron based alloys after nitriding; L. Demchenko et al.-, E.2 Structural refinement of nanocrystalline TiO2 samples; I. Djerdj et al.- E.3 Relation between magnetic properties and the structure of iron-based amorphous alloys determined by electron diffraction; O.V. Hryhoryeva.- E.4 Selected issues in quantitative structure analysis of nanocrystalline alloys; D. M. Kepatsoglou, et al.- E.5 Charge ordering and tilt modulation in multiferroic fluorides with TTB structure by electron diffraction and single crystal XRD; E. Montanari et al.- E.6 Electron diffraction by distorted nanocrystals Application of the eikonal representation; M.B. Shevchenko et al.- E.7 Electron microscopy investigations of glassy-like carbon; T.G. Shumilova et al.- E.8 Image deconvolution on crystals with interfaces; C.Y. Tang, F.H.