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Full Description
This third volume continues to set the standard in the field, as originally defined by the best-selling two-volume set Intermetallic Compounds: Principles and Practice. With contributions from 72 authors from 14 different countries, this book introduces a broad range of new topics including: new intermetallic families, new means of assessment of bonding and stability, new properties and phenomena, new applications, new practical processes and new research techniques.
Stand-alone chapters set out in a manner that is meaningful to non-specialists, progressing to include knowledge useful to experts
New, fully revised, and updated chapters on areas of intense research activity or great importance
Providing definitions of intermetallic families, intended to assist all readers
Written for clarity, consistency and thoroughness
Full and up-to-date referencing to the literatur
Critical assessments of the state of the subject
Acronym list consolidating new entries with those compiled for the two earlier volumes
As with Volumes 1 and 2, this is an invaluable aid to both scientists and engineers. Core reading for those who are starting research on intermetallics, and for those who wish to exploit the unique properties of intermetallics in practical applications.
Contents
List of Contributors
Preface
Preface to 1995 edition
List of Acronyms
Crystal Structure Nomenclature
Some Intermetallic Families Defined
I Structure and Composition
Structural Classification and Notation (J Lima-deFaria)
Amalgams (C Guminski)
Beryllides (L A Jacobson et al)
Precious Metal Compounds (I M Wolff)
Rare-Earth Metal Compounds (M L Fornasini et al)
Zintl Phases (S C Sevov)
II Bonding and Stability
Spectroscopic Approaches (E Belin-Ferré )
Effects of Pressure on Stability and Properties (Y V Levinsky)
Magnetic Phase Diagrams (J M Cadogen)
Calculation of Phase Diagrams (D de Fontaine)
III Properties and Phenomenology
Free Surface Structure and Properties (M Gö ken)
Color and Optical Properties (S G Steinman et al)
Effects of Mobile Species (M-L Saboungi and D L Price)
Ion Tracks (R L Fleischer)
Thermal Defect and Diffusion (W Sprengel et al)
IV Mechanical Properties
Creep (D Shah and E Lee)
Fatigue (N S Stoloff)
Solution and Defect Hardening (R L Fleischer)
Strain Hardening (G T Gray III and T M Pollock)
Dislocations in Quasicrystals (R Wang and C Hu)
Twinning and Mechanical Behavior (M H Yoo)
Stacking-Fault-Type Interfaces and their Role in Deformation (V Paidar and V Vitek)
V Applications
High-Temperature Structural Applications (H A Lipsett et al)
Structural Applications for General Use (V K Sikka and S C Deevi)
Magnetic Refrigeration (K A Gschneider Jr and V K Pecharsky)
Niobium Silicide and In-Situ Composites (B P Bewlay et al)
Coating Technology (P K Datta et al)
VI Processes and Phenomena
Casting (P A McQuay and V K Sikka)
Forming (F Appel et al)
Powder Metallury (V Seetharaman and S L Semiatin)
Thin-Film Deposition (G Ramanath et al)
Bulk Amorphous Alloys (R B Schwartz)
Sulfidation Behavior (K Natesan and P K Datta)
VII Research Techniques
Novel Synthesis Techniques (N N Thadhani)
Nan ostructured Intermetallics (C Suryanarayana)
Defect and Atomic Process Simulations (M I Baskes)
Molecular Beam Epitaxy (H M Ng and T D Moustakas)
VIII Miscellaneous Topics
Commerical Impact on the US Economy (J V Busch and A C Goodrich)
Data Sources (J Li et al)
Computer Design of Materials with Artificial Intelligence (N N Kiselyova)
Alloy Design (S Naka and T Khna)
Intermetallics on the Internet (J H Westbrook)
Author Index
Subject Index
Compound Index
Contents of Volumes 1 and 2
