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

Iron-cobalt-molybdenum      280 see
Iron-cobalt-nickel      242f. see
Iron-cobalt-nickel, permeability      244 245
Iron-cobalt-nickel, saturation magnetization      246
Iron-cobalt-silicon      221
Iron-cobalt-tungsten      258
Iron-cobalt-vanadium      283 see
Iron-copper, equilibrium diagram      11
Iron-gold: Curie points, saturation intensity      300
Iron-manganese, saturation intensity of      300
Iron-molybdenum      258 279f.
Iron-molybdenum, equilibrium diagram      100
Iron-nickel      106 111 147 151f. 222f. see "Hipernik" "Mumetal" "Permalloy" "Radiometal" "Rhometal"
Iron-nickel, alloys of high permeability      227f.
Iron-nickel, coldwork      159f.
Iron-nickel, crystal anisotropy      28 233
Iron-nickel, Curie points      155 223 299
Iron-nickel, density      225
Iron-nickel, effect of cold rolling      230 237
Iron-nickel, equilibrium diagram      152 154
Iron-nickel, magnetostriction      226
Iron-nickel, permeability      53 228
Iron-nickel, precipitation      158f.
Iron-nickel, saturation intensity      223 299
Iron-nickel, saturation magnetization      224 233
Iron-nickel, specific resistance      225
Iron-nickel, superlattice      232
Iron-nickel-aluminium      170 256 266f. see "Mishima
Iron-nickel-aluminium, equilibrium diagram      273f.
Iron-nickel-aluminium, magnetic hardness, interpretation      272
Iron-nickel-aluminium, sintered magnets      260
Iron-nickel-copper      247f. 281f. see "Isoperm" "Magnetoflex" "1040"
Iron-nickel-copper, alloys with high permeability      247f.
Iron-nickel-copper, cold-rolled alloys      248 281
Iron-nickel-copper, permanent magnet alloys      281f.
Iron-platinum      283f.
Iron-platinum, $BH_{max}$ , $B_{\gamma}$ , composition, $H_{c}$ , heat treatment      259 283
Iron-silicon      162f. 202f. see
Iron-silicon, crystal anisotropy      29
Iron-silicon, Curie points, saturation intensity      165 301
Iron-silicon, equilibrium diagram      163
Iron-tin: Curie points, saturation intensity      301
Iron-titanium      258 279
Iron-tungsten      258 279
Iron-vanadium      258
Iron-zinc: Curie points, saturation intensity      301
Isoperm      248f.
Jellinghaus, W.      275 283 292
Jonas, B.      270 292
Kato, Y.      285 292
Kaya, S.      24 26 85
Kelsall, G.A.      234 249 283 292
Kersten, M.      30f. 40f. 49f. 64f. 67 70f. 75 84 85 180 187 198 249 250 275 292
Kittel, C.      7 16 278 287 292
Kleis, J.D.      27 85
Koester, W.      72 85 172 187 200f. 248 250 266f. 279f. 292
Krupp      267 292
Kuehlewein, H.      247 249
Kussmann, A.      56 85 173 187 219 250 267 283 291 293 297 308
Landau, L.      46 85
Lange, H.      122 187
Langevin treatment of paramagnetic gas      1f.
Law of corresponding states      3f.
Lawton, H.      23 85
Leech, P.      232 250
Lichtenberger, F.      225 250
Lifshitz, E.      46 85
Linley, A.      270 292
Lipson, H.      10 16 72 84 162 167 186 187 281 284 291 292
Lloyd-Evans, B.      125 186
Losses in iron      195
Losses in sheet steel      189f. 204
Maddocks, W.R.      219 250
Magnet test set      127
Magnetic analysis      13f. 116f. see
Magnetic analysis, carbon in steels      174
Magnetic field      118f.
Magnetic hardness coefficient      56 297f.
magnetic moment      2
Magnetic moment of alloys with ferromagnetic elements      138
Magnetic moment, nickel alloys      139
Magnetic potentiometer      124
Magnetic testing of high-speed steel tools      174f.
Magnetic testing, stainless steel wires      177f.
Magnetic viscosity      290
Magnetically hard materials      15 252f.
Magnetically soft materials      15 189f.
magnetization      2f. 18f. 44f. 116f.
Magnetization curve      6 18f. 123f. 177f.
Magnetization curve of Alcomax      278
Magnetization curve, Armco iron      200
Magnetization curve, HCR      240
Magnetization curve, Hiperco, Permendur and iron      222
Magnetization curve, nickel and Permalloy under tension      30
Magnetization curve, nickel at various temperatures      136
Magnetization curve, Perminvar      246
Magnetization curve, silicon sheet steel      207 209f.
Magnetization curve, single crystals      25f.
Magnetization curve, single domain particle assemblies      82f.
Magnetization curve, Supermalloy      239
Magnetocrystalline energy      see "Crystal anisotropy"
Magnetoflex      258 281
Magnetostriction      28f. 185 211
Magnetostriction of Alcomax      276
Magnetostriction of silicon sheet steel      211
Magnetothermal analysis      140f.
Magnetothermal analysis of alloys of iron      151f.
Magnetothermal analysis, alloys of nickel      140f.
Magnetothermal analysis, general treatment      147
Magnetothermal analysis, iron-nickel      151f.
Magnetothermal analysis, iron-silicon      162f.
Magnetothermal analysis, nickel-beryllium      145
Magnetothermal analysis, nickel-gold      144
Magnetothermal analysis, tungsten steel      168
Manganese-bismuth      260 286
Margerison, T.A.      125 187 279f. 293
Marian, V.      137 187 302f. 308
Martindale, R.G.      185 186 211 250
Masumoto, H.      26 85 215f. 250 268 292
Maximum permeability      22
Maximum permeability of carbon steel      201
Maximum permeability, iron      195f.
Maximum permeability, iron alloys      214
Maximum permeability, nickel-iron alloys      228 231 236
Maximum permeability, silicon sheet steel      204
Maximum permeability, susceptibility      22
McCaig, M.      133 168f. 185 187 264 271 276f. 292
McKeehan, L.W.      7 16 27 85
Meerkamp van Embden, H.J.      270 292
Melting of alloys      87f
Messkin, W.S.      267 292
Metallographic examination      91f.
Metals      9f. 87f.
Metastable states      106
Microscope      92f.
Mild steel      189
Mishima alloy      267
Mishima, T.      266f. 292
Molecular field      2f.
Mumetal      229f.
Mumetal, composition, $H_{c}$ , heat treatment, hysteresis loss, permeability, saturation magnetization      231
Myers, H.P.      298 308
Neale, F.E.      7 16
Neel, L.      7 16 19 23 33f. 37 42 44 55f. 73f. 85 173 286 292
Nesbitt, E.A.      278 283 292
Neumann, H.      229 247f. 249 250 281f. 291 292
New K.S. steel      folder
Nickel under tension      30 183
Nickel, coercive force of hard drawn and softened wires      70
Nickel, Curie point and saturation intensity      137

Nickel, magnetization and saturation intensity at different temperatures      136 298
Nickel, single crystal magnetization curves and crystal anisotropy      25
Nickel-aluminium: Curie points, saturation intensity      302
Nickel-antimony: Curie points, saturation intensity      304
Nickel-beryllium      145f.
Nickel-chromium: Curie points, saturation intensity      302
Nickel-copper: Curie points, saturation intensity      303
Nickel-gold      144f.
Nickel-gold, Curie points, saturation intensity      302
Nickel-manganese: Curie points, saturation intensity      303
Nickel-molybdenum: Curie points, saturation intensity      303
Nickel-palladium: Curie points, saturation intensity      304
Nickel-ruthenium: Curie points, saturation intensity      304
Nickel-silicon: Curie points, saturation intensity      304
Nickel-tin: Curie points, saturation intensity      305
Nickel-titanium: Curie points, saturation intensity      305
Nickel-tungsten: Curie points, saturation intensity      305
Nickel-vanadium: Curie points, saturation intensity      305
Nickel-zinc: Curie points, saturation intensity      306
Non-destructive magnetic testing      175f.
Non-magnetic inclusions      see "Inclusions"
Oerstit      folder
Oliver, D.A.      268f. 275 288 292
Ordered lattice      see "Superlattice"
Osmond, W.P.      178f. 187
Owen, E.A.      153 187
Oxide magnets      260 285
Pederzani, Th.      121 186
Permalloy      227f.
Permalloy problem      232f.
Permalloy treatment      227
Permalloy, composition      229 231 236
Permalloy, crystal anisotropy      233
Permalloy, density, $H_{c}$ , hysteresis loss, specific resistance      231 236
Permalloy, heat treatment      227 231 236
Permalloy, magnetic annealing      228 234
Permalloy, permeability      228 231 236
Permalloy, saturation magnetization      231 233 236
Permalloy, superlattice      232
Permanent magnet      252f.
Permanent magnet, alloys      255f. 258 266f. 279f.
Permanent magnet, energy      253f.
Permanent magnet, steels      255f. 257f.
Permeability      13f.
Permeability, high permeability nickel-iron alloys      231 236
Permeability, initial      21
Permeability, iron      195
Permeability, maximum      22
Permeability, Permalloy      232f.
Permeability, silicon sheet steel      204
Permeameter      124
Permendur      214 221
Permet      260 285
Perminvar      242f.
Perturbation theory of coercive force      73f. 276
Perturbations of magnetization      see "Disperse fields"
Peschard, M.      56 85 137 152 187 223 250
Pfaffenberger, J.      249 250 281 291
Pfister, H.      273 291
Phase rule      10 103f.
Pickles, A.T.      152 154f. 187
Poelzguter, F.      267 292
Polley, H.      55f. 85
Potter, H.H.      137 187 284 292
Powder magnets      260 285f.
Powder magnets, patterns      6f. 19
Precipitation      11f. 102 108f. 144f. 158 178 247 273 279f.
Precipitation hardening permanent magnets      258 279f.
Preferred crystal orientation      211 237 271 279
Preisach, F.      30 85
Radiometal      236
Randall, W.F.      208 229f. 237 250
Rathenau, G.W.      235f. 250
Recovery of cold worked metal      114 180
Recrystallization      114
Reluctivity (minimum)      196
Remalloy      see "Comalloy"
Remanence      22 58f.
Remanence of magnet alloys and steels      258f. folder
Remanence, change with applied stress      61f.
Resinbonded magnets      260 285
Reversible energy of magnetization      64
Reversible susceptibility      60
Rhodes, P.      9 16
Rhometal      236 238
Richer, G.C.      178 187 190 250
Riott, J.P.      174 187
Rodgers, J.W.      219 250
Rogers, B.A.      172 174 187 266 279 293
Rolling anisotropy      208 237
Rotation of domain magnetization      54 63 78f.
Ruder, E.W.      267 292
Sadron, C.      56 85 137 187 300f. 308
Saito, H.      215 250
Saito, S.      265 292
Sanford, R.L.      174 186 255 288f. 293
Saturation intensity      128 135f. 297f.
Saturation intensity of intermetallic compounds      307
Saturation intensity, iron alloys      300f.
Saturation intensity, iron-cobalt alloys      299
Saturation intensity, iron-nickel alloys      151f. 223 299
Saturation intensity, iron-silicon alloys      165 301
Saturation intensity, nickel alloys      302f.
Saturation intensity, pure metals      137 297f.
saturation magnetization      2 13f.
Saturation magnetization of iron-cobalt alloys      219
Saturation magnetization, iron-nickel alloys      224
Saturation magnetization, silicon sheet steel      204
Saturation, approach to      53f.
Scharnow, B.      173 187 219 250
Scheil, E.      280 293
Schoen, E.      56 85 297 308
Scholefield, H.H.      237 250
Schottky, W.      275 293
Schulz, E.H.      280 293
Schulze, A.      219 225 250
Schulze, H.      51 85
Schumacher, E.E.      264 291
Schwartz, N.      281 291
Seljesater, K.S.      172 187 266 279 293
Sendust      214 217
Shedden, J.W.      268f. 288 292
Shirakawa, Y.      268 292
Shockley, W.      7 16 19 42 46 86 278 292
Shoenberg, D.      119 187 284 292
Silicon alternating and rotational hysteresis loss and magnetization curves      207
Silicon cold rolled sheet steel      208f.
Silicon composition, density, $H_{c}$ , hysteresis loss, saturation magnetization, specific resistance      204
Silicon sheet steel      189 202f.
Silicon, effect of carbon      205
Silmanal (silver-manganese-aluminium)      258 284
Single Crystals      112
Single crystals, magnetization curves      25f.
Single domain particle theory of coercive force      78
Single domain particles      32f. 81f. 294
Single domain particles, iron-molybdenum alloys      280
Single domain particles, stainless steel wire      179
Sintered magnets      260 284
Sintering      90
Sixtus, K.J.      34 38 85 235f. 250
Smith, A.W.      173 187
Smith, W.S.      208 237 250
Smoluchlowski, R.      220 250
Snellman, O.      121 186
Snoek, J.L.      27 66 85 217 235f. 250 273f. 291 293
Solenoid      118
Solid solution      100
Somin, B.E.      267 292
Specific resistance of high permeability nickel-iron alloys      231 236
Specific resistance, iron-cobalt alloys      219

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