High-resolution electron microscopy

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1. Verfasser: Spence, John C. H. (VerfasserIn)
Format: Buch
Sprache:English
Veröffentlicht: Oxford [u.a.] Oxford Univ. Press 2013
Ausgabe:4. ed.
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Datensatz im Suchindex

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adam_text Contents Symbols and abbreviations xvii 1 Preliminaries 1 1.1 Elementary principles of phase-contrast ТЕМ imaging 2 1.2 Instrumental requirements for high resolution 8 1.3 First experiments 10 References 1 1 2 Electron optics 13 2.1 The electron wavelength and relativity 13 2.2 Simple lens properties 16 2.3 The paraxial ray equation 22 2.4 The constant-field approximation 24 2.5 Projector lenses 25 2.6 The objective lens 28 2.7 Practical lens design 29 2.8 Aberrations 31 2.9 The pre-field 37 2.10 Aberration correction 38 References 43 Bibliography 45 3 Wave optics 46 3.1 Propagation and Fresnel diffraction 47 3.2 Lens action and the diffraction limit 50 3.3 Wave and ray aberrations (to fifth order) 55 3.4 Strong-phase and weak-phase objects 61 3.5 Diffractograms for aberration analysis 63 References 65 Bibliography 66 4 Coherence and Fourier optics 67 4.1 Independent electrons and computed images 69 4.2 Coherent and incoherent images and the damping envelopes 70 4.3 The characterization of coherence 76 4.4 Spatial coherence using hollow-cone illumination 79 4.5 The effect of source size on coherence 81 4.6 Coherence requirements in practice 83 References 86 Bibliography 87 xiv Contents 5 ТЕМ imaging of thin crystals and their defects 88 5.1 The effect of lens aberrations on simple lattice fringes 89 5.2 The effect of beam divergence on depth of field 93 5.3 Approximations for the diffracted amplitudes 96 5.4 Images of crystals with variable spacing — spinodal decomposition and modulated structures 102 5.5 Are the atom images black or white? A simple symmetry argument 104 5.6 The multislice method and the polynomial solution 106 5.7 Bloch wave methods, bound states, and symmetry reduction of the dispersion matrix 107 5.8 Partial coherence effects in dynamical computations — beyond the product representation. Fourier images 113 5.9 Absorption effects 115 5.10 Dynamical forbidden reflections 117 5.11 Relationship between algorithms. Supercells, patching 122 5.12 Sign conventions 125 5.13 Image simulation, quantification, and the Stobbs factor 126 5.14 Image interpretation in germanium — a case study 129 5.15 Images of defects and nanostructures 134 5.16 Tomography at atomic resolution — imaging in three dimensions 143 5.17 Imaging bonds between atoms 145 References 146 6 Imaging molecules: radiation damage 154 6.1 Phase and amplitude contrast 154 6.2 Single atoms in bright field 157 6.3 The use of a higher accelerating voltage 165 6.4 Contrast and atomic number 169 6.5 Dark-field methods 171 6.6 Inelastic scattering 174 6.7 Noise, information, and the Rose equation 177 6.8 Single-particle cryo-electron microscopy: tomography 180 6.9 Electron crystallography of two-dimensional crystals 188 6.10 Organic crystals 190 6.11 Radiation damage: organics and low-voltage EM 192 6.12 Radiation damage: inorganics 195 References 197 7 Image processing, super-resolution, and diflractive imaging 204 7.1 Through-focus series, coherent detection, optimization, and error metrics 204 7.2 Tilt series, aperture synthesis 210 7.3 Off-axis electron holography 211 7.4 Imaging with aberration correction: STEM and ТЕМ 212 7.5 Combining diffraction and image data for crystals 215 7.6 Ptychography, Ronchigrams, shadow images, in-line holography, and diffractive imaging 219 7.7 Direct inversion from dynamical diffraction patterns 226 References 226 Contents xv 8 Scanning transmission electron microscopy and Z-contrast 233 8.1 Imaging modes, reciprocity, and Bragg scattering 233 8.2 Coherence functions in STEM 240 8.3 Dark-field STEM: incoherent imaging, and resolution limits 243 8.4 Multiple elastic scattering in STEM: channelling 249 8.5 Z-contrast in STEM: thermal diffuse scattering 251 8.6 Three-dimensional STEM tomography 257 References 260 9 Electron sources and detectors 264 9.1 The illumination system 265 9.2 Brightness measurement 268 9.3 Biasing and high-voltage stability for thermal sources 270 9.4 Hair-pin tungsten filaments 274 9.5 Lanthanum hexaboride sources 274 9.6 Field-emission sources 275 9.7 The charged-coupled device detector 276 9.8 Image plates 281 9.9 Film 282 9.10 Direct detection cameras 283 References 286 10 Measurement of electron-optical parameters 289 10.1 Object ive- lens focus increments 289 10.2 Spherical aberration constant 291 10.3 Magnification calibration 293 10.4 Chromatic aberration constant 295 10.5 Astigmatic difference: three-fold astigmatism 295 10.6 Diffractogram measurements 296 10.7 Lateral coherence width 299 10.8 Electron wavelength and camera length 302 10.9 Resolution 303 lO.lORonchigram analysis for aberration correction 306 References 312 11 Instabilities and the microscope environment 315 11.1 Magnetic fields 315 11.2 High-volt age instability 318 11.3 Vibration 319 11.4 Specimen movement 319 11.5 Contamination and the vacuum system 321 11.6 Pressure, temperature, and draughts 323 References 323 12 Experimental methods 324 12.1 Astigmatism correction 325 12.2 Taking the picture 326 12.3 Recording atomic- resolut ion images — an example 328 xvi Contents 12.4 Adjusting the crystal orientation using non-eucentric specimen holders 335 12.5 Focusing techniques and auto-tuning 337 12.6 Substrates, sample supports, and graphene 340 12.7 Film analysis and handling for cryo-EM 343 12.8 Ancillary instrumentation for HREM 344 12.9 A checklist for high-resolution work 345 References 346 13 Associated techniques 348 13.1 X-ray microanalysis and ALCHEMI 348 13.2 Electron energy loss spectroscopy in STEM 357 13.3 Microdiffraction, CBED, and precession methods 363 13.4 Cathodoluminescence in STEM 372 13.5 Environmental HREM, imaging surfaces, holography of fields, and magnetic imaging with twisty beams 376 References 380 Appendices 388 Index 403 This new fourth edition of the standard text on atomic-resolution transmission electron microscopy (ТЕМ) retains material from the previous edition on the fundamentals of electron optics and aberration correction, linear imaging theory (including wave aberrations to fifth order) with partial coherence, and multiple-scattering theory. This edition also features updated sections on practical methods, with detailed step-by-step accounts of the procedures needed to obtain the highest quality images of atoms and molecules using a modern ТЕМ or STEM electron microscope. Applications include the semiconductor industry, superconductor research, solid state chemistry and nanoscience, and metallurgy, the earth sciences, condensed matter physics, materials science, and cryo-electron microscopy for structural biology. New or expanded sections have been added on electron holography, aberration correction, field-emission guns, imaging filters, super-resolution methods, ptychography, Ronchigrams, tomography, image quantification and simulation, radiation damage, the measurement of electron-optical parameters, and detect¬ ors (CCD cameras, image plates, and direct-injection solid state detectors). The theory of scanning transmission electron microscopy (STEM) and Z-contrast are treated comprehensively. Chapters are devoted to associated techniques, such as energy-loss spectroscopy, ALCHEMI, nanodiffraction, environmental ТЕМ, twisty beams for magnetic imaging, and cathodoluminescence. Sources of software for image interpretation and electron-optical design are given. is Regent s Professor of Physics at Arizona State University. Each section is extensively referenced and there are several useful appendices . . . overall this is an excellent book that meets and exceeds the author s aims and contains a wealth of information on high resolution electron microscopy . . . the book is written in a relaxed style, which makes it suitable for beginning and experienced users alike. Microscopy and Analysis ^rotein sv з. The polypeptide chain that will ¡ater foid to become і ribosome by ;nstr s carried ges of cal molecule -nt . ntnesis this three--.. ¡onal image Frank, Btoessa Bottom: Scanning Transmission Electr 3f Boron Nitride graphet !ch ye been identified. Red are Boron ■ t Lette? )-966863-i UNIVERSITY PRESS wwv.oup.com 668632
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spellingShingle Spence, John C. H.
High-resolution electron microscopy
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title High-resolution electron microscopy
title_auth High-resolution electron microscopy
title_exact_search High-resolution electron microscopy
title_full High-resolution electron microscopy John C. H. Spence
title_fullStr High-resolution electron microscopy John C. H. Spence
title_full_unstemmed High-resolution electron microscopy John C. H. Spence
title_short High-resolution electron microscopy
title_sort high resolution electron microscopy
topic Festkörper (DE-588)4016918-2 gnd
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topic_facet Festkörper
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