Hoselitz K. — Ferromagnetic Properties of Metals and Alloys :: Электронная библиотека попечительского совета мехмата МГУ

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Hoselitz K. — Ferromagnetic Properties of Metals and Alloys

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Название: Ferromagnetic Properties of Metals and Alloys

Автор: Hoselitz K.

Аннотация:

Ferromagnetic metals and alloys have been the principal subject of my work for the past twelve years. Until lately the literature dealing with this field of science and technology was scattered over many publications in various languages, and I have continuously felt the need for a comprehensive but concise account of the recent theories and experimental results connected with this subject. Consequently, I welcomed the suggestion by the editors to write this book.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1952

Количество страниц: 317

Добавлена в каталог: 16.08.2009

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

Предметный указатель

$BH_{max}$ point      254
$BH_{max}$ point, permanent magnet alloys and steels      folder
$\sigma-T$ curves      141f.
'1040'-alloy      229 231 248
'Kobalt'      see "Cobalt steels"
Ageing of permanent magnets      288f.
Akulov, N.      24 54 81 84
Alcomax      257 271f.
Alcomax with unidirectional crystals      271 279
Alcomax, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 260 271 folder
Alcomax, composition, Curie point, heat treatment, saturation magnetization      folder
Alder, M.      137 186 303 308
Alloys      9f. 87f.
Alloys, methods of preparation      87
Alni      257 267f.
Alni, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 260 268 folder
Alni, composition      268 folder
Alni, Curie point, heat treatment, saturation magnetization      folder
Alnico      257 268f.
Alnico, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 260 folder
Alnico, composition, Curie point, saturation magnetization      folder
Alnico, heat treatment      268 folder
Alnico, magnetic field cooling      269
Alperm      214 215
Anchor ring test      123
Anisotropic permanent magnets      258 260 269f. 277 folder
Approach to saturation      53f.
Armco iron      199f.
Armco iron, composition, $H_{c}$ , hysteresis loss, permeability      195
Arnold, H.D.      193 223 227f. 249
Aston, J.      264 291
Aubry, J.      286 292
Auwers, O.      175 186 223 247 249 263 291
B.I.O.S.      215 249
Baermann, M.      285 291
Barkhausen effect      6 19
Barrett, W.F.      189 202 219
Bates, L.F.      2 7 16 118 125 130 186
Becker, R.      9 16 24f. 30f. 46 49 51 54 59f. 62 66 80 81 232 234 249 290 291
Bethe, H.      4 16
Bischof, K.      280 293
Bitter patterns      6 19
Bitter, F.      6 16
Bloch, F.      24 35 46 81
Boas, H.      121 186
Boothby, O.L.      229 249
Bozorth, R.M.      7 16 19 25 42 46 84 86 139 186 198 211 227 229 234f. 249 250 269 291
Bradley, A.J.      153 186 273f. 291
Bragg, W.L.      235 249 284 291
Brailsford, F.      185 186 189f. 206 210f. 221 249 250
Brown, W.      189 202 249
Bumm, H.      232 250
Burge, E.J.      121 186
Burgers, W.G.      273 291
Burgess, E.G.      264 291
Campbell, E.D.      173 187
Carbon steel      173 184 201f. 257f.
Carbon steel, $BH_{max}$ , composition, Curie point, saturation magnetization      folder
Carbon steel, $B_{\gamma}$ , $H_{c}$       261 folder
Carbon steel, permeability      202
Carbon, effect of, on magnetic properties of iron      196 201 261
Carbon, effect of, on magnetic properties of Si-steel      203 205
Caslox      260 285
Cavanagh, P.E.      64 84 183f. 186
Chatt, E.S.      178f. 187
Chattock, A.P.      125 186
Chegwidden, R.A.      281 283 285 291
Chitty, M.W.G.      285 291
Chromium steel      173 257 263f.
Chromium steel, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 folder
Chromium steel, composition, Curie point, heat treatment, saturation magnetization      folder
Cioffi, P.P.      34 52 84 193f. 197f. 250
Cobalt steels      265f.
Cobalt steels, $BH_{max}$ , $B_{\gamma}$       257 folder
Cobalt steels, $H_{c}$ , heat treatment      265 folder
Cobalt steels, composition, Curie point, saturation magnetization      folder
Cobalt, Curie point, saturation intensity      137 298
Cobalt, single crystal magnetization curves and crystal anisotropy constant      25
Cobalt-aluminium, saturation intensity      306
Cobalt-chromium, saturation intensity      306
Cobalt-gold, saturation intensity      306
Cobalt-manganese, saturation intensity      306
Cobalt-molybdenum, saturation intensity      307
Cobalt-nickel, saturation intensity      299
Cobalt-nickel-copper      282 see
Cobalt-platinum      283f.
Cobalt-platinum, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$ , composition      259 283f
Cobalt-platinum, heat treatment      259
Cobalt-platinum, saturation intensity      307
Cobalt-silicon, saturation intensity      307
Cobalt-tungsten, saturation intensity      307
Coercive force      23 66f.
Coercive force, inclusion theory      70f.
Coercive force, magnetic analysis      171f.
Coercive force, maximum      68
Coercive force, permanent magnet alloys      273f. folder
Coercive force, perturbation theory      73f.
Coercive force, single domain particle or rotational theory      78f.
Coercive force, stress theory      67f.
Coldwork      113
Coldwork, iron-aluminium      180
Coldwork, iron-nickel      159
Coldwork, stainless steel      178
Comalloy      257 280
Comalloy, $BH_{max}$ , $B_{\gamma}$ , composition, $H_{c}$       258
Comalloy, heat treatment      258 280
Comol      see "Comalloy"
Conradt, H.W.      235f. 250
Cottrell, A.H.      11 16
Crack detection      177
Crapper, E.H.      265 291
Critical field      38 41 44 66f. 70 78f.
Crystal anisotropy      24f. 54f. 65f.
Crystal anisotropy, constants, of Alcomax      276
Crystal anisotropy, constants, of binary iron alloys      27f.
Crystal anisotropy, constants, of iron-nickel alloys      28 233
Crystal anisotropy, constants, of pure metals      25f.
Crystal size, effect on losses in sheet steel      190f.
Cunico      281f.
Cunico, $BH_{max}$ , $B_{\gamma}$ , composition, $H_{c}$       258 282
Cunife      281
Cunife, $BH_{max}$ , $B_{\gamma}$ , composition, $H_{c}$ , heat treatment      258 281
Curie temperature      3 13f. 128f. 135f. 297f.
Curie temperature, iron alloys      300f.
Curie temperature, iron-cobalt alloys      218 299
Curie temperature, iron-nickel alloys      155 223 299
Curie temperature, iron-silicon alloys      166 301
Curie temperature, nickel alloys      140 302f.
Curie temperature, pure metals      137 298
Curie, M.      263 291
Czerlinsky, E.      26 55f. 84 85
Dahl, O.      232 235f. 249 250 281 291
Daniel, V.      72 84 281 291
Dannoehl, W.      172 187 248 250 281f. 291
DeBarr, A.E.      178 186
Demagnetization curve      252f. 257 270
Demagnetizing factor      32 123
Demagnetizing factor of cylinders and ellipsoids of revolution      296
Demagnetizing field      20 55
Demagnetizing field, effect on permanent magnets      289
Density, high permeability nickel-iron alloys      231 236
Density, iron-nickel alloys      225
Density, magnet alloys and steels      258 259 260 folder
Density, magnetically soft iron alloys      214
Density, silicon sheet steel      204
Desmond, D.J.      255 291
Diffusion hardening magnet alloys      266f.
Dilatometry      97
Dillinger, J.F.      234f. 249 269 291
Disperse fields      42f. 56f. 73f.

Doering, W.      9 16 24f. 31 35f. 46 54 59f. 62 66 84 232 234 249 290 291
Domain boundary      20 34f. 46
Domain boundary energy      36f.
Domain boundary movement      38f. 48f. 61
Domain boundary thickness      36f.
Domain group      46f.
Domain shape      32f.
Domain theory      5f. 19f.
Dorsey, H.G.      262 291
Dreyfus, L.      121 186
Dyna-magnetic analyser      183
Dynamo magnet steel      199
Eddy current losses      190f
Edwards, A.      281 285 291
Electrical sheet steel      189f. 202f.
Electrical sheet, technical requirements of      190
Electromagnet      119f.
Electron microscope      94
Ellis, W.C.      264 291
Elmen, G.W.      193 221 223 227 229 242f. 249 250
Elmore, W.C.      7 16
Emmons, J.V.      174 186
Energy of magnetization      7f. 24f. 31 33 44f. 54 79
Energy of magnetization, reversible      64f.
Equilibrium diagram      10f. 99f.
Evershed, S.      255 263f. 291
Ewing, A.      189 250 264 291
Exchange integral      3f. 35f. 294
Expansion coefficient of magnet alloys and steels      259 folder
Fallot, M.      56 85 130 137 170 186 300f. 308
Farcas, T.      137 186 306f. 308
Farquhar, M.      162 186
Fatigue failure      184
Ferrograph      182
Field cooling of Alnico      269
Field cooling of anisotropic permanent magnets      270
Field cooling of Permalloy      228 234
Fink, W.L.      173 187
Foerster, F.      182 186
Forrer, R.      56f. 86 129f. 136f. 188 218f. 223 250 251 297f. 308
Franssen, H.      122 187
Free energy      103f
Gans, R.      24 26 54 60 85
Garnett, H.J.      208 237 250
Garvin, S.J.      285 291
Gaume, F.      119 186
Gebert, N.J.      175 186
Gentile, G.      24 84
Gerlach, W.      141f. 171 187
Glocker, R.      273 291
Goldman, J.E.      220 250
Goldschmidt, H.J.      153 186 275 292
Goss, N.P.      208 250
Gould, J.E.      281 285 291
Grabbe, E.M.      232 L 250
Graf, L.      283 291
Grain growth      114
Gregg, J.L.      168 187 263 291
Guggenheimer, K.M.      150 162f. 187 301 308
Guillaud, C.      167 187 286f. 291
Gumlich, E.      53 85 201 250 264 291
Gyromagnetic effect      2
Haake, H.      37 84
Hadfield, D.      271 285 289f. 291
Hadfield, R.A.      189 202 249
Hannack, G.      263 292
Hardness      173
Hardness of permanent magnet alloys and steels      folder
HCR      237f.
HCR, composition, $H_{c}$ , heat treatment, permeability, saturation magnetization      236
Heat treatment      91
Heat treatment of iron of high purity      193f.
Heat treatment of Permalloy      227
Heat treatment of permanent magnet alloys and steels      folder
Heisenberg, W.      3 16
Heitler, H.      150 162f. 187 301 308
Helmholtz coils      119
High permeability nickel-iron alloys      227f.
Hiperco      221
Hiperco, composition, hysteresis loss, permeability, saturation magnetization      214
Hipernik      227
Hipernik, composition, $H_{c}$ , heat treatment, hysteresis loss, permeability, saturation magnetization      236
Hobson, P.T.      178f. 187
Honda, K.      24 26 85 265 268 292
Horsburgh, G.D.L.      268f. 292
Hoselitz, A.      264 292
Hoselitz, K.      133 150 154f. 162f. 168f. 185 187 223 250 264 270f. 276f. 281 285 290 291 292 299 301 308
Hycomax      257 270
Hycomax, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 260 folder
Hycomax, composition, heat treatment      260 folder
Hycomax, Curie point, saturation magnetization      folder
Hynico      257
Hynico, $BH_{max}$ , $B_{\gamma}$ , $H_{c}$       257 folder
Hysteresis curve      23 see
Hysteresis loss      190 207
Hysteresis loss of electrical sheet steel      204
Hysteresis loss of high permeability alloys      231 236
Hysteresis loss of pure iron      195f.
Hysteresis loss, crystal size      190f.
Hysteresis loss, relation of, to mechanical properties      175
Hysteresis loss, rotational      206f.
Hysteresis loss, sheet thickness      190
Impurities, removal of, in iron      194f.
Impurities, removal of, in metals      88
Inclusion theory      40f. 52f. 70f.
Inclusions, non-magnetic or 'other magnetic'      57 73f.
Indalloy      260
Initial permeability      21
Initial susceptibility      21 47f. 82
Initial susceptibility, maximum value of      52
Intensity of magnetization      see "Magnetization intensity"
Iron      193f.
Iron powder magnets      260 286
Iron, $H_{c}$       195 200 204
Iron, Curie point of      137
Iron, density      204
Iron, effect of annealing      201
Iron, effect of carbon on      196
Iron, effect of nitrogen on      201
Iron, effect of oxygen on      197
Iron, hysteresis loss of      195 204 207
Iron, magnetic ageing of      197
Iron, permeability of      195 201 204
Iron, removal of impurities in      194f.
Iron, saturation intensity of      137 297
Iron, saturation magnetization of      204 207
Iron, single crystal, magnetization curves and crystal anisotropy      25f.
Iron, specific resistance of      204
Iron-aluminium      180f. 213f. see
Iron-aluminium, crystal anisotropy      29
Iron-aluminium, Curie points, saturation intensity      300
Iron-aluminium, internal stresses      182
Iron-aluminium, magnetostriction      215
Iron-aluminium, recovery after coldwork      180f
Iron-aluminium-silicon      216f. see
Iron-aluminium-silicon, magnetostriction, crystal anisotropy      216
Iron-beryllium: $B_{\gamma}$ , composition      258 279
Iron-chromium-molybdenum      258
Iron-chromium-tungsten      258
Iron-chromium: Curie points, saturation intensity      300
Iron-cobalt      217f. see "Permendur"
Iron-cobalt, crystal anisotropy      29
Iron-cobalt, Curie points      218
Iron-cobalt, density      298
Iron-cobalt, equilibrium diagram      218
Iron-cobalt, magneto-striction, specific resistance      220
Iron-cobalt, oxide magnets      260 285
Iron-cobalt, powder magnets      260 286
Iron-cobalt, saturation intensity      298
Iron-cobalt, saturation magnetization      219

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