Schmalzried H., Pelton A.D. — Solid State Reactions :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Schmalzried H., Pelton A.D. — Solid State Reactions

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Solid State Reactions

Авторы: Schmalzried H., Pelton A.D.

Аннотация:

This book seeks to provide a quantitative understanding of solid state reactions rather than describing many experimental facts that cannot be quantitatively explained. Its aim is to help the reader to understand the literature in the field, to analyze new situations correctly, and to formulate new problems quantitatively. — This text refers to an out of print or unavailable edition of this title.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1974

Количество страниц: 214

Добавлена в каталог: 30.08.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$Ag_{2}S$       48 185
$CaCO_{3}$       168
$CoAl_{2}O_{4}$       100
$Co_{2}SiO_{4}$       165
$Fe_{2}O_{3}$       196
$Fe_{3}O_{4}$       196
$MgCr_{2}O_{4}$       97
$Mg_{2}SiO_{4}$       166
$NiAl_{2}O_{4}$       81 100 178
$NiGa_{2}O_{4}$       94
$ZnAl_{2}O_{4}$       101 102
$Zn_{1+\delta}O$       151
$Zn_{2}SiO_{4}$       99
$ZrO_{2}$ (+MeO)      183
Acceptor      21
Activity coefficient      50
Adamson, A.W.      31 33
Adda, Y.      15 16 17 109 142
AgBr      39 42 80 163 190
Ageing      136
AgI      162
Anderson, J.S.      48 52
Armijo, J.S.      90 108
Associate formation rate      81
Aukrust, E.      85 108
Bardeen, J.      61 77
Barret, C.S.      6 9
Bassani, F.      23 34
BaTi03      174
Baukal, W.      189 203
Baur, E.      181 202
Bedworth, R.E.      145 146 148 171
Benard, J.      145 171
Binder, H.      189 203
Birks, N.      159 171
Blank, S.L.      85 108
Bohnenkamp, K.      198 203
Bolk, A.      128 143
Boltzmann — Matano analysis      75 111 127
Boltzmann, L.      75 75 77
Bonding types      2
Borchardt, G.      95 108
Boreskov, G.K.      154 171
Born — Haber cycle      24
Born, M.      3 9
Bosman, A.J.      21 34
Brown, L.C.      118 119 120 143
Burgers vector      27
Burke, J.E.      17
Cahn, R.W.      23 28 33 34 142 143
Carburization      123
Carslaw, H.S.      53 77
Carter equation      102
Carter, R.E.      101 101 108
Cementite $Fe_{3}C$       134
Chandrasekhar, B.S.      61 77
Chemical bonding      2
chemical potential      11
Choi, J.      59 77
Christian, J.W.      138 142
Coble, R.L.      17
Cohen, J.B.      47 52
Compaan, K.      63 77
Concentration profile, linear      98
Condit, R.H.      64 77
Conduction electron      5 20
Controlled valence      22
Cooper Jr., A.R.      88 107 108
Correlation factor      57 62 105
Corrosion      159
Cottrell, A.H.      28 34
Crank, J.      53 77 84 108 110 142
Cremer, E.      168 172
Critical radius      131
Cu(I)O      149
Darken equation      68 87 112 126
Darken, L.S.      68 77 117 118 119 143 179 202
Dayananda, M.A.      120 130 143
de Lamotte, E.      88 108
Debye — Hueckel length      29 47 153
Debye — Hueckel theory      47
Debye, P.      29 34
Decarburization      123
Decomposition kinetics      168
Defect associate      23 46
Defect cluster      47
Defect complex      23 46
Defect concentration      35
Defect energy      25 26
Defect enthalpy      42
Defect entropy      25 42
Defect equilibration      79
Defect interaction      46
Defect sink      17 83
Degenerate electrons      6 49
Delahay, P.      160 171
Dendritic growth      135
Developing, photographic      193
Dieckmann, R.      21 34
Diffusion coefficient, average      128
Diffusion coefficient, chemical      67
Diffusion coefficient, component      54
Diffusion coefficient, partial      54
Diffusion coefficient, self      61
Diffusion coefficient, tracer      61
Diffusion in metals      109
Diffusional path      119
Dislocation      27
Dislocation energy      29
Disorder type      20 39 45
Displacement reaction      103
Dominey, D.A.      170 171
Donor      21
Doping      43
Douglass, D.L.      150 171
Druyvesteyn, M.J.      157 171
du Pre, F.K.      25 34
Duembgen, G.      95 108
Edge dislocation      27
Eggert, H.      21 33
Eisenmann, E.      194 203
Electrochemical potential      11 55
Electrolysis      15
Electrolyte, solid      180 188
Electromotive force emf      180
Electron hole      20
Electron trapping      192
Electronic defect      20
Elliott, J.F.      196 202
Emde      71 77
Engell, H.-J.      32 33 196 198 200 201 202 203
Epitaxical growth      99
Eriksen, J.H.      163 171
Erofeev equation      169
Erofeev, B.V.      169 171
Error function      70
Etsell, T.H.      98 108
Eutectic solidification      9
Exner, E.      179 202
Extended defect      47
Extrinsic defect      22
Eyring, H.      60 61 78
Eyring, L.      48 52
F-center      21 23
Fast transport path      162
Fast, J.D.      26 34
Fe-Si-C      117
FeO      195
Fermi statistics      49
Fick's law      65

Fischmeister, H.      179 202
Fisher, B.      21 34
Fisher, J.C.      73 74 77
Fitterer, R.      181 202
Flux equation      53
Freise, V.      76 77 115 143
Frenkel disorder      13 20 45
Frenkel equilibrium      38
Frenkel, J.      20 33
Fricke, R.      168 172
Frieser, H.      190 192 202
Frischat, G.H.      95 106 108
Froehlich, H.      21 33
Fromm, E.      150 171
Frost, A.A.      80 107
Fuel cell      189
Fuller, C.S.      80 107
Fumi, F.G.      23 34
Galvani potential      183
Galvanic cell      151 179
Garner, W.E.      168 170 171 172
Gas solubility in metals      155
Gibbs adsorption isotherm      132
Gibbs — Thomson equation      17 132 135 137 176
Gibbs, J.W.      131 142
Gilman, J.J.      31
Glass      105
Glass structure      106
Glasstone, S.      60 78
Gliemann, G.      3 9
Gorter, E.W.      12 18
Grabke, H.-J.      153 154 172
Grace, R.E.      45 52 120 143
Grain boundary      30
Grain boundary diffusion      60 73
Greenwood, N.N.      41 47 52
Greskovich, C.D.      98 108 155 156 172
Gruenewald, K.      150 171
Gupta, P.K.      88 107 108
Gurry, R.W.      179 202
Guy, A.G.      115 143
Haaijman, P.W.      22 34
Haase, G.      190 192 202
Haase, R.      36 51 54 66 77
Haber, F.      181 202
Hagel, W.C.      196 203
Hailes, H.R.      170 171
Ham, F.S.      134 143
Hansen, M.      36 51 121 123 142 197 203
Hardel, K.      100 108
Hauffe, K.      14 17 61 78 90 107 145 152 154 163 171
Haul, R.      95 108 170 171
Haven, Y.      63 77
Heckel, R.W.      134 138 143
Hedvall, J.A.      1 9
Hehenkamp, Th.      15 18
Heine, V.      6 9
Herring, C.      61 77
Heterogeneous nucleation      131
Heterogeneous reaction      14 89 120
Heteropolar crystal      2
Heumann, Th.      77 121 127 143
High-temperature corrosion      146
Hillert, M.      134 143
Himmel, L.      145 171
Hinshelwood, C.N.      167 171
Hoar, T.P.      152 172
Hoffman, R.E.      60 77 112 121 143
Holt, J.B.      145 171
Homogeneous reaction      12 79
Homopolar crystal      4
Hopkins, B.E.      145 171
Hornbogen, E.      131 143
Hueckel, E.      29 34 47 52
Hume — Rothery phase      6
Hume-Rothery, W.      6 9
Hurley, A.L.      130 143
Hutner, R.A.      25 34
Igaki, K.      195 203
Ilschner, B.      16 18
Ilschner-Gensch, C.      163 171
Incoherent nucleation      131
Intercalation phase      6
Interdiffusion in KCl-RbCl      87
Interdiffusion in metals      111
Interdiffusion in NiO-MgO      85
Interface stability      136
Intermetallic compound      6
Intermetallic compound, formation of      124 127
Internal oxidation      158
Interstitial diffusion      57
Interstitialcy diffusion      58
Intrinsic defect      22
Ionic radius      3
Isotope effect      64
Jacobs, P.W.M.      167 168 170 171 172
Jaeger, J.C.      53 77
Jaenicke, W.      194 203
Jahnke      71 77
Jander, W.      101 101 108
Jaswon, M.A.      28 34
Jellinek, F.      48 52
Johnson, C.A.      59 77
Jonker, G.H.      173 174 202
Jost, W.      13 17 24 34 43 51 53 61 66 71 77 78 103 107 109 142 151 171
Jump frequency      54
Kaesche, H.      161 171
Kahlweit, M.      138 143
Kampmann, L.      138 143
KCl      82
Kelly, A.      33 130 142
Kidson, G.V.      97 108
Kirkaldy, J.S.      88 108 118 119 120 143
Kirkendall effect      87 113 125
Kirkendall, E.      113 143
Kittel, C.      48 49 51
Kiukkola, K.      179 184 202
Klein, E.      190 192 202
Kleppa, O.J.      12 18
Koch, E.      22 34
Koch, F.      47 52
Kofstad, P.      14 17 145 171
Kohl, H.K.      201 203
Kortuem, G.      160 171
Kroeger, F.A.      23 33 37 39 42 43 51 52
Kronberg, M.L.      100 108
Kubaschewski, O.      145 157 171
Ladd, M.F.C.      3 9
Laidler, K.J.      60 78
Laqua, W.      94 108
latent image      192
Lattice energy      4 24
Lattice velocity      113
Laves phase      6
Laves, F.      6 9
Lawson, A.W.      43 52
LeClaire, A.D.      63 77
Lee, W.H.      3 9
Lehmann, G.      195 203
Leute, V.      104 108
Levin, E.M.      36 51
Levine, H.S.      75 77
Li, H.W.      47 52
Libowitz, G.G.      48 52
Lichter, B.D.      157 171
Lidiard, A.B.      13 17 23 25 33 34 41 46 51 63 77
Liebhafsky, H.H.      181 202
Loesch      71 77
Luecke, K.      32 34
Lueke, J.      168 172

1 2

О проекте