http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (ix, 211 pages) illustrations
Front Cover; Modern Metallography; Copyright Page; Table of Contents; PREFACE; CHAPTER 1. REFLECTED LIGHT MICROSCOPY; Introduction; Specimen preparation; The reflected light microscope; Defects of lenses; Methods of increasing the resolving power of an objective; Examples of the contrast observed with reflected light; Suggestions for further reading; CHAPTER 2. HIGH TEMPERATURE MICROSCOPY; Introduction; Long working distance objectives; Typical hot-stage experiments; Suggestions for further reading; CHAPTER 3. SURFACE TOPOGRAPHY; The importance of surface topography observations.
Oblique illuminationOpaque stop and phase contrast; Interferometry; Examples of surface topography; Suggestions for further reading; CHAPTER 4. THE POLARIZING MICROSCOPE; Polarized light; Examination of anisotropic surfaces; Other uses of polarized light microscopy; Suggestions for further reading; CHAPTER 5. X-RAY METALLOGRAPHY; Introduction; White and characteristic radiation; The Laue conditions; The Bragg law; The structure factor; The Laue method and orientation determination; Powder method and the accurate measurement of lattice parameters; Appendix to Chapter V.
The reciprocal lattice and the reflection sphereVector notation; Diffraction; Suggestions for further reading; CHAPTER 6. SPECIALIZED X-RAY DIFFRACTION TECHNIQUES; Introduction; Preferred orientation; Wire textures; Sheet textures; Small-angle X-ray scattering; Micro-probe analyser; The observation of dislocations by X-ray diffraction contrast; Suggestions for further reading; CHAPTER 7. ELECTRON MICROSCOPY -- I ELECTRON MICROSCOPE; Electron wavelength; The electron microscope; The electron gun and condenser lens system; Specimen assembly; Lens defects; Control of focusing and magnification.
Bright- and dark-field imagesSelected area diffraction; Resolution; Recording the image; Microscope attachments; Preparation of specimens; Replica techniques; Thin metal foil techniques; Suggestions for further reading; CHAPTER 8. ELECTRON MICROSCOPY -- II CONTRAST THEORY; Introduction; Diffraction of electrons by perfect crystals; Electron diffraction by an imperfect crystal; Suggestions for further reading; CHAPTER 9. ELECTRON MICROSCOPY -- III INTERPRETATION; Introduction; Analysis of selected area diffraction patterns; Interpretation of additional features on S.A.D. patterns.
Indexing crystallographic features on micrographsContrast from dislocations and the g.b analysis; Stacking fault contrast and the displacement vector; Measurement of the stacking fault energy; Nature of prismatic dislocation loops; Dislocation densities; Precipitation phenomena; Heating-stage experiments; Cooling-stage experiments; Suggestions for further reading; CHAPTER 10. METALLOGRAPHY AT THE ATOMIC LEVEL; Field-ion microscope; Applications; Neutron diffraction; Suggestions for further reading; INDEX.
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Includes bibliographical references at the end of each chapters and index.