《Theory of Transformations in Metals and Alloys》2002 PDF version

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Theory of Transformations in Metals and Alloys--2002 PDF version
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http://www.agpr.net/bbs/attachment/Mon_0804/132_60282_4fea64223bf98e0.jpg
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! f" W! ~* ]/ Q; }3 ?4 v1 ZBy J.W. Christian

4 d* b5 n( [8 A& n/ hPublisher:  Pergamon
3 C8 d8 i4 f$ K6 D% A! ~/ aNumber Of Pages:  1216
Publication Date:  2002-11-01
4 ], d4 z9 W; Y, W$ ]* l: N, BISBN-10 / ASIN:  0080440193
ISBN-13 / EAN:  9780080440194
' t6 m4 P  y% _9 m  u4 jBinding:  Hardcover

Contents
  K1 |9 h$ J. LPart I
1. GENERAL INTRODUCTION
% C0 ~* J  M: ^2 B; w) V: D* h1. Classification of Transformations
% a5 S; Z$ w- v2. Characteristics of Nucleation and Growth Transformations
3. Characteristics of Martensitic Transformations
, P' f6 U7 y0 ?3 M4. Isothermal Transformation Curves
2. FORMAL GEOMETRY OF CRYSTAL LATTICES
5. Description of the Ideal Crystal
) c1 R. Y' L9 ?; g6. Linear Transformations of the Coordinate System
& X/ s. w- y( G7. Affine Transformations." Homogeneous Deformation
8. Twin Crystals
, _8 K4 x% {9 Z" ]' A$ H9. Relations between Different Lattices
10. Infinitesimal DeJormations
11. Stress-Strain Relations." Theory of Elasticity
3. THE THEORY OF REACTION RATES
12. Chemical Kinetics and Activation Energy
+ f" B$ o* ]! z  l13. The Reaction Rate Theory
' S$ |: u4 A* _' c6 I9 m4 . THE THERMODYNAMICS OF IRREVERSIBLE PROCESSES
14. Microscopical Reversibility." the Onsager Reciprocal Relations
15. Entropy Production in Natural Processes
  V: v' w  ]. _9 H# g0 g" {5. THE STRUCTURE OF REAL METALS
16. Metallic Structures." Polymorphism
. U( c8 d. r/ B! R; W17. Point Defects in Crystals
0 L5 U8 F) [$ z18. Crystal Surfaces." the Equilibrium Structure of a Step
& X) n1 L1 ~3 n9 b6 S7 B19. The Structure of Close-packed Surfaces
8 U1 k, j5 s" l20. The Equilibrium Shape of a Crystal." Wul.ff's Theorem
* m4 p% q* h" G: O21. Liquid Metals and Noncrystalline Solids
5 Y! ?* s+ m* e/ c$ u! y2 n# s9 I6. SOLIDS SOLUTIONS
  T- i7 D, d, G22. Pair Probability Functions." Thermodynamic Properties
23. The Nearest Neighbour Model." Regular Solutions
24. The Quasi-chemical Theory." Other Statistical Theories
& F1 r( c$ [0 u+ T) Z2 f3 n25. Misfit Energy in Solid Solutions." Sub-regular Solutions
26. Ordered Structured in Alloys
27. Fluctuations in Solid Solutions." Short-range Order and Clustering
7. THE THORY OF DISLOCATIONS
4 i3 C, M  ^/ @0 }1 N9 z28. bltroduction." Edge and Screw Dislocations
29. Geometrical Properties of Dislocations
30. Dislocations in an Elastic Medium
31. Formation and Properties o/" Crystal Dislocations
  a. G5 F5 u+ k0 T! Z/ U) W32. Partial Dislocations, Twinning Dislocations, and
2 ~5 b9 I% T6 ^- g) R: l  xTransJormation Dislocations
33. The Stable Dislocations o/" the Common Metallic Structure
34. Distributions of Dislocations
8. POLYCRYSTALLINE AGGREGATES
35. Macroscopic Theory
2 R7 S1 W$ _& }$ m0 N" ^36. Dislocation Models of Grain Boundaries
37. Grain Boundary Energies
38. Interphase Boundaries." Surface Dislocations
7 o, b! B+ T. W4 ?/ y9. DIFFUSION IN THE SOLID STATE
2 z7 w9 z7 Q+ X8 Z# c: B39. Mechanism 03" Atomic Migration
" K- N* [8 y, `3 ^40. Statistical Basis of Diffusion." Fick's Law
) V3 T( B& U8 o; f3 f+ o41. Phenomenological Theory of Diffusion
42. Uphil Diffusion
43. Kinetic Theory of Vacancy Diffusion
4 P7 K, }# v5 |) T- ~44. The Theory of Diffusion Coefficients
45. Structure Sensitive Diffusion Processes
1 0 . THE CLASSICAL THEORY OF NUCLEATION
, f( X& k- Y* J* |5 {2 s46. The Formation of Nuclei of a New Phase
7 a9 C, |9 k; C0 _6 E- w47. Heterophase Fluctuations." Volmer's Theory of Nucleation
48. The Becker-Ddring Theory of Nucleation
49. Nucleation of the Solid from the Vapour or the Liquid
50. Time-dependent Nucleation
) {4 ~2 G7 b4 {51. Hetrogeneous Nucleation and Nucleation on Grain Boundaries
" W& K, ~* t2 E& ?0 I6 ~52. Nucleation in the Solid State
1 1. THEORY OF THERMALLY ACTIVATED GROWTH
53. Growth Controlled by Processes at the Interface
$ N, J$ Q7 e% q; [$ E9 z54. Diffusion-controlled Growth
55. Linear Growth of Duplex Regions
% r. e# A9 l9 S+ d1 2 . FORMAL THEORY OF TRANSFORMATION KINETICS
' U+ ~- W4 S! r6 i4 \' m* n56. Transformation Nucleated on Grain Boundaries
& {# r: ]7 \6 p% P$ Z9 `; _5 _3 A57. Analysis of Isothermal Transformation Curves
58. Transformations with Parabolic Growth Laws
3 A, ?2 U  Z% S$ K59. Effects of Temperature." Non-isothermal Transformations
SUBJECT INDEX (Part I)
Part H
1 3 . GROWTH FROM THE VAPOUR PHASE
60. Growth of a Perfect Crystal at Low Supersaturation
3 Y& T* Z* Z! ~# v% Y9 L: u61. Real Crystals." Frank's Theory of Crystal Growth
62. The Growth of Surface Coatings and Thin Films from the Vapour
63. Growth of Whiskers, Nanocrystals, Quasi-crystals and
8 M" L  r- W0 b% F1 k4 l2 AAmorphous Solids from the Vapour Phase
; `8 Q& Z% C  _* l! c1 4 . SOLIDIFICATION AND MELTING
7 x  h& ?) j5 ~$ @64. The Solidification of Pure Metals
65. Nucleation of the Liquid-Solid Change in Alloys
$ D( l. q& K2 ~( G4 r66. The Growth of Crystals from the Melt
+ {. X* p6 ]% y7 P$ e3 A# n67. Growth from a Liquid Alloy
68. The Structure o[ Cast Ingots
69. Melting
15. POLYMORPHIC CHANGES
5 P6 o; e8 j( ?; t4 A! R$ B9 ]70. Solid-state Reactions in Pure Metals
4 ?5 x7 m) h$ N8 m% T( c2 W' b71. Massive Transformations
16. PRECIPITATION FROM SUPERSATURATED
SOLID SOLUTION
2 m6 j2 y" N. w72. Types of Precipitation." Spinodal Decomposition
73. Continuous Precipitation
74. Discontinuous Precipitation
# Y+ ~: G1 G# @75. GP Zone Formation and Other Low Temperature Changes
76. Coarsening and Elastic Interaction between Precipitates
3 l1 G7 Y$ g  c1 7 . EUTECTOIDAL TRANSFORMATIONS
* Q0 p/ x7 [' B0 e& e77. Eutectoidal Decomposition and T-T-T Diagrams
  b% ~0 |- {  l, X  B& t78. The Austenite-Pearlite Transformation in Steels
79. The Formation of Austenite from Two-Phase Mixtures of
Ferrite and Cementite
Contents xix
18. ORDER-DISORDER TRANSFORMATIONS
' n9 D; q  R5 l3 x4 j5 Z$ I80. The Formation of a Superlattice
- g& ~0 m: I7 T+ ^7 b/ {4 M81. Ordering as a Continuous Reaction" Changes in Long-range Order
' j2 [4 L# Q: t1 t: t19. RECOVERY, RECRYSTALLIZATION AND GRAIN GROWTH
1 h% T$ H- L8 ~  x' @* V82. Annealing of Cold-worked Metals
83. Prh~ary Recrystallkzation
, B0 j) c) S0 ]& P3 }; n! ]84. Grain Growth, Secondary Recrystallization and Twin Formation
2 0 . DEFORMATION TWINNING
* d. b4 u+ E& I* ?+ m. q85. Crystallography of Twinning
* Z% n& x2 b( K0 z86. Operative Twinning Modes in Metallic Structures
87. Nucleation and Growth of Mechanical Twins
! y; Q( S& s. l. y88. Effects of External Variables on Twinning
3 B; n" j5 c+ \) V4 `2 e$ ]2 1 . CHARACTERISTICS OF MARTENSITIC TRANSFORMATIONS
5 E2 _7 s6 l) e1 h- V* |+ ?89. Atomic Movements in the Transformation
: p/ D2 {1 Y8 A& Z- \90. Deformation Produced by Moving Interlaces
( e% U# [1 W$ N2 q8 Y8 i: `' G  l91. Effects of Stress." Thermoelastic Transformation
) i5 C# I" F1 ?; V$ ^9 S2 2 . CRYSTALLOGRAPHY OF MARTENSITIC
TRANSFORMATIONS
. O9 C& Z, i) e( ]1 C92. General Description of Formal Theories
93. The Martensitic Transformation in Steels
( \5 N$ Q) |, X7 D( e% v94. Body-centred Cubic to Orthorhombic Transformations
) X! B9 D- }6 m4 \6 R$ i95. Other Applications of the Formal Theory
96. The Martensite Interface and the Fine Structure of Martensite
/ J$ N7 F0 O( S4 c2 3 . KINETICS OF MARTENSITIC TRANSFORMATIONS
: d9 _% b: z. ]97. The Nucleation of Martensite
98. Formal Kinetics of Martensite Formation

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