Metallography and Microstructures, Volume 9, Issue 9You get more than 60 articles, 3,263 micrographs and illustrations, and mini-atlases of the microstructures of major industrial metals and alloys. The principles and practice of optical scanning electron and transmission electron microscopy are discussed in detail. More than 30 articles present how-to information on specific preparation techniques for specimens of most industrial metals and alloys. Contents include: Metallographic Techniques; Metallographic Techniques and Microstructures; Specific Metals and Alloys; Structures. |
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11 pages matching Metals Handbook, Volume. 9 Metallography and Microstructures, 9th ed in this book
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abrasive acid air cooled alloys aluminum annealed anode areas Arrows as-cast As-polished ASTM austenite bainite beam carbon cast cathode cementite chemical color composition containing contrast copper cracks crystal dark dendrites diamond diffraction Electrolytic electropolishing equiaxed etchant etching ethanol eutectic eutectoid ferrite film final polishing fracture Glyceregia grades grain boundaries grain structure graphite gray grinding heat treatment Immerse ingot interface iron Keller's reagent layer macroetching magnetic martensite material matrix metal metallographic micro micrograph microscope microstructure mL H₂O mL HF mL HNO3 mounting nickel nital nitride optical orientation oxide pearlite phase picral picric acid plane plate polarized light polishing powder precipitate procedure produced recrystallized replica reveal scanning electron shown in Fig shows silicon silicon carbide sintered solid solution solidification specimen stainless steel struc superalloys surface swab Table techniques temperature tempered thick tion titanium tungsten ture water quenched weld wheel zone