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Diffusion in Solid Metals and Alloys
13.2 Mechanisms of surface diffusion
other
Author(s):
H. P. Bonzel
Publication date
(Print):
1990
Publisher:
Springer-Verlag
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Surface diffusion of adsorbates
Y VEDULA
,
A Naumovets
(1985)
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Surface self‐diffusion on an fcc crystal: An atomic view
Gert Ehrlich
,
Guy Ayrault
(1974)
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Surface diffusion, atomic jump rates and thermodynamics
David A. Reed
,
Gert Ehrlich
(1981)
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Author and book information
Book Chapter
Pages
: 718-719
DOI:
10.1007/10390457_135
SO-VID:
4bf5a35f-726d-47b8-83da-9249f1254130
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Book chapters
pp. 1
1.1 Fick’s laws, flux of particles, isotropic and anisotropic diffusion
pp. 2
1.2 Solutions of diffusion equations for constant diffusivity
pp. 7
1.4 The various diffusion coefficients
pp. 10
1.5 Atomistic mechanisms of diffusion
pp. 13
1.6 Methods of measuring diffusion coefficients
pp. 25
1.8 Temperature dependence of diffusion
pp. 27
1.9 Mass- and pressure dependence of diffusion
pp. 28
1.11 Further readings
pp. 30
1.12 References for 1
pp. 32
2.1 Introduction
pp. 34
2.2.1 Alkali metals
pp. 37
2.2.2 Alkaline earth metals
pp. 38
2.2.3 Scandium group and rare earth metals
pp. 41
2.2.4 Titanium group metals
pp. 44
2.2.5 Vanadium group metals
pp. 47
2.2.6 Chromium group metals
pp. 49
2.2.8 Iron group metals
pp. 51
2.2.9 Cobalt group metals
pp. 52
2.2.10 Nickel group metals
pp. 54
2.2.11 Noble metals
pp. 58
2.2.12 Zinc group metals
pp. 60
2.2.13 Aluminum group metals
pp. 61
2.2.14 Group IVB metals
pp. 62
2.2.15 Group VB semimetals
pp. 63
2.2.16 Group VIB semimetals
pp. 64
2.2.17 Actinide group metals
pp. 66
Figures for 2
pp. 81
2.3 References for 2
pp. 85
3.1 Introduction
pp. 88
3.2.1 Alkali metals
pp. 91
3.2.2 Alkaline earth metals
pp. 95
3.2.3 Scandium group and rare earth metals
pp. 100
3.2.4 Titanium group metals
pp. 112
3.2.5 Vanadium group metals
pp. 118
3.2.6 Chromium group metals
pp. 124
3.2.8 Iron group metals
pp. 131
3.2.9 Cobalt group metals
pp. 132
3.2.10 Nickel group metals
pp. 136
3.2.11 Noble metals
pp. 149
3.2.12 Zinc group metals
pp. 151
3.2.13 Aluminum group metals
pp. 157
3.2.14 Group IVB metals
pp. 161
3.2.15 Group VB semimetals
pp. 162
3.2.16 Actinide group metals
pp. 166
Figs. 1 - 26
pp. 178
Figs. 27 - 41
pp. 192
Figs. 42 - 53
pp. 203
3.3 References for 3
pp. 213
List of alloys
pp. 218
Ag-Al - Cu-Sn
pp. 231
Cr-Zn - V-Zr
pp. 244
Figs. 1 - 45
pp. 255
Figs. 46 - 86
pp. 266
Figs. 87 - 120
pp. 276
References for 4
pp. 279
5.1 Introduction
pp. 282
Ag-Al - Co-Ni
pp. 298
Co-Pd - Fe-Mo
pp. 312
Fe-Ni - Nb-U
pp. 328
Nb-V - U-Zr
pp. 340
Figs. 1 - 53
pp. 353
Figs. 54 - 111
pp. 366
5.3 References for 5
pp. 372
6.2 Solutions of diffusion equations for constant ternary interdiffusion coefficients
pp. 375
6.3 Concentration-dependent ternary interdiffusion coefficients
pp. 377
6.4 Determination of ternary intrinsic diffusion coefficients with inert markers
pp. 378
6.5 L{ij} phenomenological coefficients, atomic mobilities and vacancy wind parameter
pp. 379
6.7 Use of the tables and figures
pp. 380
Ag-Al-Zn - Cr-Ni-Si
pp. 393
Cu-Mn-Ni - Ti-V-Zr
pp. 401
6.8.2 Ternary intrinsic diffusion coefficients
pp. 402
6.8.3 Atomic mobilities and vacancy wind parameters
pp. 404
6.8.4 Tracer diffusion coefficients for ternary alloys
pp. 409
Figs. 1 - 20
pp. 422
Figs. 21 - 36
pp. 435
6.9 References for 6
pp. 437
7.1 General remarks
pp. 438
7.2 The effect of different production methods
pp. 439
7.3 Methods of diffusion investigations on amorphous alloys
pp. 441
7.4 Use of the tables and figures
pp. 442
7.5.1 Cobalt-base amorphous alloys
pp. 443
7.5.2 Copper-base amorphous alloys
pp. 444
7.5.3 Iron-base amorphous alloys
pp. 454
7.5.4 Nickel-base amorphous alloys
pp. 460
7.5.5 Palladium-base amorphous alloys
pp. 463
7.5.7 Zirconium-base amorphous alloys
pp. 466
Figures for 7
pp. 468
7.6 References for 7
pp. 471
8.1 Introduction
pp. 473
8.2 Diffusion tables for C, N, and O in metals
pp. 485
Figures for 8
pp. 500
8.3 References for 8
pp. 504
9.2 Methods of measurernents of diffusion coefficients of hydrogen in metals
pp. 509
9.3 Further readings
pp. 511
9.4.3 Scandium group and rare earth metals
pp. 512
9.4.4 Titanium group metals
pp. 515
9.4.5 Vanadium group metals
pp. 526
9.4.6 Chromium group metals
pp. 528
9.4.8 Iron group metals
pp. 533
9.4.9 Cobalt group metals
pp. 534
9.4.10 Nickel group metals
pp. 544
9.4.11 Noble metals
pp. 546
9.4.12 Zinc group metals
pp. 547
9.4.13 Aluminum group metals
pp. 548
9.4.15 Actinide group metals
pp. 549
Figures for 9
pp. 556
Be - W
pp. 563
Fe - U
pp. 574
10.1 Mass dependence of diffusion
pp. 577
10.2 The isotope effect tables for diffusion in solid metallic elements
pp. 591
10.3 Isotope effect tables for diffusion in binary alloys
pp. 593
Figures for 10.2 and 10.3
pp. 598
References for 10.2 and 10.3
pp. 600
10.4 Pressure dependence of diffusion
pp. 604
10.5 Pressure effect tables for diffusion in solid elements
pp. 613
10.6 Pressure effect tables for diffusion in homogeneous binary alloys
pp. 614
10.7 Pressure effect tables for interdiffusion in binary alloys
pp. 616
Figures for 10.5 - 10.7
pp. 624
References for 10.4 - 10.7
pp. 626
11.2 Methods of measurement
pp. 627
11.3 Presentation of results
pp. 629
11.4 References for 11
pp. 630
12.1 Introduction
pp. 640
12.2.1 Grain boundary self-diffusion in pure materials
pp. 647
12.2.2 Grain boundary tracer impurity diffusion in pure materials
pp. 657
12.2.3 Grain boundary tracer diffusion in alloys
pp. 669
12.2.4 Interphase boundary tracer diffusion
pp. 671
12.2.5 Grain boundary chemical diffusion
pp. 675
12.2.6 Interphase boundary chemical diffusion
pp. 676
Figs. 1 - 47
pp. 687
Figs. 48 - 84
pp. 698
Figs. 85 - 112
pp. 708
12.3 References for 12
pp. 717
13.1 Introduction
pp. 718
13.2 Mechanisms of surface diffusion
pp. 719
13.3 Anisotropy of surface diffusion
pp. 720
13.5 Adsorbate-modified surface self-diffusion
pp. 721
13.7 Measuring techniques
pp. 726
13.8 Systematics of surface diffusion coefficients
pp. 727
13.9 Commentary to tables
pp. 728
13.10 Surface diffusion tables
pp. 734
Figures for 13
pp. 743
13.11 Special references: review articles
pp. 744
13.12 References for 13
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