简介
Still (& for years to come) the standard reference to this interdisciplinary field. Originally published in 18 clothbound volumes during the 1990s, is a crucial guide to the science and technology of metals, ceramics, glasses, polymers, semiconductors, and composites. The present paper edition is compacted to eleven volumes of some 14,000 pages. Cahn, the late P. Hassen, and E.J. Kramer have edited the work of dozens of the top materials scientists into meaty, concise summaries of the key knowledge of materials properties, processing, applications, and general phenomena. Major topics include structures, characterization, electronic and magnetic properties of metals and ceramics, electronic structure and properties of semiconductors, plastic deformation and fracture, structure and properties of: nonferrous alloys; of ceramics; of glasses and amorphous materials; and of nuclear materials. The set ends with two volumes on processing of metals & alloys and, last, of ceramics. A classic at a bargain price. Annotation 漏2005 Book News, Inc., Portland, OR (booknews.com)
目录
Volume 1 Structure of Solids
1 Elements of Symmetry in Periodic Lattices, Quasicrystals. W. Steurer
2 Electron Theory of Crystal Strucutr5e. D. G. Pettifor
3 Structure of Intermetallic Compounds and Phases. R. Ferro and A. Saccone
4 Structure of Amorphous and Molten Alloys P. Lamparter and S. Steeb
5 Lattice Vibrations. H. R. Schober and W. Petry
6 Point Defects in Crystals. H. J. Wollenberger
7 Dislocations in Crystals. D. J. Bacon
8 Crystal Surfaces. M. A. Van Hove
9 Structes of Interfaces in Crystalline Solids. M. W. Finnis and M. Ruhle
Volume 2A Characterization of Materials, Part I
1 Electron Diffraction and Transmission Electron Microscopy. S. Amelinckx
2 Analytical Electron Microscopy. E. L. Hall
3 Scanning Electron Microscopy. D. C. Joy
4 X-Ray Diffraction. R. L. Snyder
5 Light Optical Microscopy. R. Telle and G. Petzow
6 Atomic Spectrometry. P. N. Keliher and E. M. Skelly Frame
7 Thermoanalytical Methods. P. K. Gallagher
8 Application of Synchrotron X-Radiation to Problems in Materials Science. A. R. Gerson and P. J. Halfpenny and S. Pizzini and R. Ristic and K. J. Roberts and D. B. Sheen and J. N. Sherwood
9 X-Ray Fluorescence Analysis. R. Jenkins
10 Polymer Molecular Structure Determination. E. A. Williams
Volume 2B Characterzation of Materials, Part II
1 Nanoscale Characterization of Surface and Interfaces. N. J. DiNardo
12 Mechanical Specroscopy. R. De Batist
13 Scanning Auger Microscopy. M. A. Baker and J. E. Castle
14 Quantitative Acoustic Microscopy. A. Briggs
15 Quantitative Description of Microstructres by Image Analysis. H. E. Exner
16 Electron Microprobe Analysis. E. Lifshin
17 High Energy Ion Beam Analysis Techniques. W. -K. Chu and J. Liu and Z. Zhang and K. B. Ma
18 Field-Ion Microscopy and Atom Probe Analysis A. Cerezo G. D. W. Smith
19 Neutron Diffraction. R. B. Von Dreele
20 Small-Angel Scattering of X-Rays and Neutrons. C. E. Williams and R. P. May and A. Guinier
21 Characterization of Surfaces, Interfaces, and Thin Films of Organic Materials. D. L. Allara and P. Zhang
Volume 3A Electronic and Magnetic Properties of Metals and Ceramics, Part I
1 Electronic Structure Calculations. J. Kubler and V. Eyert
2 Magneto-Optical Properties of Metals, Alloys and Compounds. J. Schoenes
3 Electronic Transport Properties of Normal Metals. P. L. Rossiter and J. Bass
4 Superconductivity. P.H. Kes
5 Magnetic Properties of Metallic Systems. D. Gignoux
6 Ultrathin Films and Superlattices. S. N. Song and J. Ketterson
7 Fermi Surfaces in Strongly Correlated Electron Systems. U. Onuki and T. Goto and T. Kasuya
Volume 3B Electronic and Magnetic Preopteris of Metals and Ceramics, Part II
8 Magentic Properties of Ferrites. M. Guillot
9 Electronic Properties of Liquid, Amorphous and Quasicrystalline Alloys. U.Mizutani
10 Invar Alloys. M. Shiga
11 Magnetic Recording Materials. M. Hibst and E. Schwab
12 Hydrogen in Metals. L. Schlapbach and I. Anderson and J. P. Burger
13 Ternary Hydrides. M. Yamaguchi and E. E. Akiba
14 Soft Magentic Metals and Alloys. R. Boll
15 Permanent Magnet Materials. K. H. J. Buschow
16 Magnetostrictive Materials. J. R. Cullen and A. E. Clark and K. B. Hathaway
17 High Density Magneto-Optical Recording Materials. P. J. Grundy
Volume 4 Electronic Structure and Properties of Semiconductors
1 Band Theory Applied to Semiconductors. M. Lannoo
2 Optical Properties and Charge transport. R. G. Ulbrich
3
1 Elements of Symmetry in Periodic Lattices, Quasicrystals. W. Steurer
2 Electron Theory of Crystal Strucutr5e. D. G. Pettifor
3 Structure of Intermetallic Compounds and Phases. R. Ferro and A. Saccone
4 Structure of Amorphous and Molten Alloys P. Lamparter and S. Steeb
5 Lattice Vibrations. H. R. Schober and W. Petry
6 Point Defects in Crystals. H. J. Wollenberger
7 Dislocations in Crystals. D. J. Bacon
8 Crystal Surfaces. M. A. Van Hove
9 Structes of Interfaces in Crystalline Solids. M. W. Finnis and M. Ruhle
Volume 2A Characterization of Materials, Part I
1 Electron Diffraction and Transmission Electron Microscopy. S. Amelinckx
2 Analytical Electron Microscopy. E. L. Hall
3 Scanning Electron Microscopy. D. C. Joy
4 X-Ray Diffraction. R. L. Snyder
5 Light Optical Microscopy. R. Telle and G. Petzow
6 Atomic Spectrometry. P. N. Keliher and E. M. Skelly Frame
7 Thermoanalytical Methods. P. K. Gallagher
8 Application of Synchrotron X-Radiation to Problems in Materials Science. A. R. Gerson and P. J. Halfpenny and S. Pizzini and R. Ristic and K. J. Roberts and D. B. Sheen and J. N. Sherwood
9 X-Ray Fluorescence Analysis. R. Jenkins
10 Polymer Molecular Structure Determination. E. A. Williams
Volume 2B Characterzation of Materials, Part II
1 Nanoscale Characterization of Surface and Interfaces. N. J. DiNardo
12 Mechanical Specroscopy. R. De Batist
13 Scanning Auger Microscopy. M. A. Baker and J. E. Castle
14 Quantitative Acoustic Microscopy. A. Briggs
15 Quantitative Description of Microstructres by Image Analysis. H. E. Exner
16 Electron Microprobe Analysis. E. Lifshin
17 High Energy Ion Beam Analysis Techniques. W. -K. Chu and J. Liu and Z. Zhang and K. B. Ma
18 Field-Ion Microscopy and Atom Probe Analysis A. Cerezo G. D. W. Smith
19 Neutron Diffraction. R. B. Von Dreele
20 Small-Angel Scattering of X-Rays and Neutrons. C. E. Williams and R. P. May and A. Guinier
21 Characterization of Surfaces, Interfaces, and Thin Films of Organic Materials. D. L. Allara and P. Zhang
Volume 3A Electronic and Magnetic Properties of Metals and Ceramics, Part I
1 Electronic Structure Calculations. J. Kubler and V. Eyert
2 Magneto-Optical Properties of Metals, Alloys and Compounds. J. Schoenes
3 Electronic Transport Properties of Normal Metals. P. L. Rossiter and J. Bass
4 Superconductivity. P.H. Kes
5 Magnetic Properties of Metallic Systems. D. Gignoux
6 Ultrathin Films and Superlattices. S. N. Song and J. Ketterson
7 Fermi Surfaces in Strongly Correlated Electron Systems. U. Onuki and T. Goto and T. Kasuya
Volume 3B Electronic and Magnetic Preopteris of Metals and Ceramics, Part II
8 Magentic Properties of Ferrites. M. Guillot
9 Electronic Properties of Liquid, Amorphous and Quasicrystalline Alloys. U.Mizutani
10 Invar Alloys. M. Shiga
11 Magnetic Recording Materials. M. Hibst and E. Schwab
12 Hydrogen in Metals. L. Schlapbach and I. Anderson and J. P. Burger
13 Ternary Hydrides. M. Yamaguchi and E. E. Akiba
14 Soft Magentic Metals and Alloys. R. Boll
15 Permanent Magnet Materials. K. H. J. Buschow
16 Magnetostrictive Materials. J. R. Cullen and A. E. Clark and K. B. Hathaway
17 High Density Magneto-Optical Recording Materials. P. J. Grundy
Volume 4 Electronic Structure and Properties of Semiconductors
1 Band Theory Applied to Semiconductors. M. Lannoo
2 Optical Properties and Charge transport. R. G. Ulbrich
3
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