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Rosenberg H.M. — Low temperature solid state physics. Some selected topics
Rosenberg H.M. — Low temperature solid state physics. Some selected topics



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Название: Low temperature solid state physics. Some selected topics

Автор: Rosenberg H.M.

Аннотация:

This is a book of simple explanations. I have written it because the understanding of many of the topics with which solid-state physics is concerned is bedevilled by the fact that the physicist cannot see the physics for the mathematical hedge which besets him on all sides. Because of this, certain subjects are only open to the select few who have mastered some specialized skills. But however important a full mathematical treatment is for the detailed description of a phenomenon, there is often a simple physical model or argument which can be used to gain insight into a problem and it is this approach which has been used wherever possible. In this way I hope that the book will prove useful to the experimentalist who wishes to understand more about the processes which he proposes to investigate and also to the student who has learnt a little and wishes to explore farther.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1963

Количество страниц: 437

Добавлена в каталог: 11.04.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Geballe, T. H., and Hull, G. W. (1955), Phys. Rev.      98 940 280 282
Geballe, T. H., and Hull, G. W. (1958), Phys. Rev.      110 773 62 64 143
Gebbie, H. A.      see Burstein
Geiritsen, A. n., and Linde, J. O. (1952), Physica      18 877 90
Geller, S.      see Matthias.
German silver, thermal conductivity      118 127
Germanium      see also Semiconductors
Germanium, band structure      228 229
Germanium, effective masses of carriers      242
Germanium, electron-phonon interaction constant      224
Germanium, energy gap      211
Germanium, energy surface, conduction band      229
Germanium, Hall coefficient, $n$-type      231
Germanium, Hall mobility, $n$-type      235
Germanium, impact ionization      259
Germanium, impact ionization data      258 259
Germanium, impurity conduction, effect of compensation, $n$-type      239
Germanium, impurity conduction, resistivity and Hall coefficient, $p$-type      238
Germanium, infra-red absorption      246 251 253
Germanium, intrinsic absorption      245 246
Germanium, ionization energy of shallow states      251
Germanium, isotope scattering in thermal conductivity      63 64 65 143
Germanium, mobility data      236
Germanium, mobility of holes and electrons      236
Germanium, photo-conduction      253
Germanium, photo-conductive decay times      255 256
Germanium, photoconductivity and absorption coefficient      252 253
Germanium, photocurrent decay time data      254 255 256
Germanium, resistivity, $n$-type      234
Germanium, thermal conductivity, $p$-type      144
Germanium, thermal conductivity, isotope effect      64
Germanium, thermal conductivity, pure and $p$-type      144
Germanium, thermo-electric power, $p$-type      279
Germanium, thermopower      279 280
Germanium, ‘hot’ carriers      260 261
Germanium, ‘hot’ carriers, mobility      260
Giauque, W. F., Stout, J. W., Egan, C. J., and Clark, C. W. (1941), J. Amer. Chem. Soc.      63 405 292
Giaver, I. (1960), Phys. Rev. Letters      5 147 200
Giaver, I. (19606), Phys. Rev. Letters      5 464 202 204
Giaver, I. (1960a), Proc. 1th Int. Conf. Low Temp. Phys. (University of Toronto Press)      p. 327 202
Gibson, J. W.      see Hein
Glass, thermal conductivity      67 126
Glasses, thermal conductivity      44 67
Glen, J. W, (1956), Phil. Mag.      1 400 377
Glover, R. E., and Tinkham, M. (1957), Phys. Rev.      108 243 198
Gmsberg, D. M., and Tinkham, M. (1960), Phys. Rev.      118 990 198
Gold      see also Noble metals
Gold alloys, Au$+$Co:Ag$+$Au, thermoelectric force      276
Gold$+$cobalt, silver$+$gold thermocouple      276
Gold$+$iron thermocouple      276
Gold, A. V., MacDonald, D. K. C., Pearson, W. B., and Templeton, I. M. (1960), Phil. Mag.      5 765 267 272
Gold, anomalous skin effect      104 105
Gold, Au and AuMn alloys, resistivity, minima and maxima      90
Gold, de Haas — van Alphen effect, periods      356
Gold, expansion coefficient      39
Gold, Fermi surface      356
Gold, ratio tensile/fatigue strengths      380
Gold, resistance minimum      87 276
Gold, tensile strength      370
Goodman, B. B.      see Corak
Goodman, B. B. (1953), Proc. Phys. Soc. A      66 217 131
Gordon, J. P., Zeiger, H. J., and Townes, H. (1954), Phys. Rev.      95 282 340
Gorter, C. J.      see de Haas
Gorter, C. J. (1936), Physica      3 503 320
Gorter, C. J. (1947), Paramagnetic Relaxation (Elsevier, Amsterdam)      299 320
Gorter, C. J., and Casimir, H. B. G. (1934), Phys. Z.      35 963
Gorter, C. J., and Casimir, H. B. G. (1934), Z. tech. Phys.      15 539 128 158 160
Gorter, C. J., and de Haas, W. J. (1931), Leiden Comm.      218b 303
Gr$\ddot{u}$neisen $\gamma$, Cu      40
Gr$\ddot{u}$neisen $\gamma$, KCl      41
Gr$\ddot{u}$neisen $\gamma$, metals, table      41
Gr$\ddot{u}$neisen function for electrical resistivity      94
Graham, G. M. (1958), Proc. Roy, Soc. A      522 131 132
Graphite, microcrystalline, thermal conductivity      67 126
Ground state of a superconductor      193
Ground state of paramagnetic ions, tables      297
Group III and V impurities in semiconductors      211 212 213
Group velocity, de Broglie waves      71
Group velocity, phonons      48
Gruneisen constant or $\gamma$      38 39 46
Gruneisen constant or $\gamma$, free electrons      40
Gruneisen constant or $\gamma$, KCl      41
Gruneisen constant or $\gamma$, table      41
Gruneisen — Bloch function for electrical resistivity      93 97
Gu$\acute{e}$nault, A. M., and MacDonald, D. K. C., Proc. Roy. Soc. A      264 41 272 273
Gunn, J. B. (1957), Prdgr. in Semiconductors      2 213 258
Gunther-Mohr, G. R.      see Koenig
Gurevich, L. (1945), J. Phys. USSR.      9 477 269
Gurevich, L. (1946), J. Phys. USSR      10 67 269
Hafnium, thermal conductivity      119
Hake, R. R.      see Berlincourt
Hall coefficient, Ge, $n$-type      231
Hall coefficient, Ge, $n$-type, during impact ionization      259
Hall coefficient, Ge, $p$-type, impurity conduction range      238
Hall effect      108
Hall effect and coefficient, change of sign in $p$-type material      232
Hall effect and coefficient, during impact ionization      258
Hall effect and coefficient, experimental results      230 247
Hall effect and coefficient, for two types of carrier      230
Hall effect and coefficient, semiconductors      204 220 221 226 229 230 233 237 247 258
Hall effect and coefficient, temperature dependence      221
Hall effect, divalent metals      108 216
Hall effect, monovalent metals      216
Hall mobility      226 236
Hall mobility, during impact ionization      259
Hall mobility, Ge, $n$-type      235
Ham, R. K.      see Broom
Hard superconductors      151
Harmonic oscillation of atoms      36 39 197
Harmonic oscillator, energy levels      4
Harmonic wave motion      45
Harper, A. P. A., Kemp, W. R. G., Klemens, P. G., Tainsh, R. J., and White, G. K. (1957), Phil. Mag.      2 577 119
Harrison, W. A, (1958), J. Phys. Chem. Solids      5 44 82
Hatton, J.      see Croft Darby
Heat flow down rods of technical materials      127
Heat flow down rods of various materials      127
Heer, C. V.      see Erickson
Heer, C. V., and Daunt, J. G. (1949), Phys. Rev      76 854 131
Hein, R. A., Gibson, J. W., Matthias, T., Geballe, T. H., and Corenzwit, (1962), Phys. Rev. Letters      8 408:
Heitler, W. (1945), Elementary Wave Mechanics (Clarendon Press, Oxford)      318
Helium, solid, thermal conductivity      63
Henvis, B      see Burstein Picus
Herman, F, (1954), Phys. Rev.      93 1214:
Herpin, A. (1952), Annates de Physique (12)      7 91:51
Herring, C. (1954), Phys. Rev.      96 1163 283 284
Herring, C. (1958), Halbleiter und Phosphor, ed. Sehon and Welker (Vieweg, Braunschweig)      p.184 281 282 283 284
Herring, C. (1958), Halbleiter und Phosphor, Phys. Rev.      111 36 261
Herring, C., Geballe, T. H., and Kunzler, J. E. (1959), J. Phys. Chem. Solids      8 347 261
Herring, C., Geballe, T. H., and Kunzler, J. E. (1959a), Bell Syst. Tech, J.      38 657 261
Herzberg, G. (1944), Atomic Spectra and Atomic Structuret 2nd ed, (Dover, New York)      287
Hexagonal lattice, overlapping energy bands      17
Hexagonal lattice, zone structure for divalent metals      73
HFS      see Hyperfine structure
High-frequency effects in superconductivity      167 ff. 198
High-frequency effects in superconductivity, infra-red      169 171 198
High-frequency effects in superconductivity, penetration depth      168
High-frequency effects in superconductivity, resistivity      169 188 198
High-frequency effects in superconductivity, surface reactance      168
High-frequency resistance, Sn      170
Hill, R. W.      see Cottrell
Hill, R. W. (1952), D.Phil. thesis, Oxford University      26
Hill, R. W., and Ricketson, B. W. A. (1954), Phil. Mag.      45 277 33 34
Hill, R. W., and Rosenberg, H. M. (1959), Phil. Mag.      4 303 371 372
Hill, R. W., and Smith, P. L. (1953), Phil. Mag.      44 636 18
Hilsch, R.      see Buckel
Hindered rotation      33
Hirsch, P. B., Home, R. W., and Whelan, M. J. (1956), Phil Mag.      1 677 84 139
Hoare, F. E., and Yates, B. (1957), Proc. Roy. Soc. A      240 42 20
Holes      210 213 216
Holes, effective mass and mobility in divalent metals      108
Holes, light and heavy      229 241
Hollis Hallett, A. C.      see Fraser
Holmes, D. K.      see Blewitt
Holst, G.      see Onnes
Home, R. W.      see Hirsch
Honig, A., and Levitt, R. (1960), Phys. Rev. Letters      5 93 260
Horizontal transitions      114 115
Howie, A. (1960), Phil. Mag.      5 251 84
Hsu, F. S. L      see Kunzler
Hulbert, J. A., and Jones, G. O. (1955), Proc. Phys. Soc. B      68 801 209
Hull, D. (1958), Phil. Mag.      3 1468 371
Hull, G. W.      see Geballe
Hull, J. R., and Hull, R. A. (1941), J Chem. Phys.      9 465 291
Hull, R. A      see Hull J.
Hulm, J. K.      see Chandrasekhar
Hulm, J. K. (1950), Proc. Roy. Soc. A      98 116 129 130
Hume-Rothery, W. (1946), Atomic Theory for Students of Metallurgy (1nstitute of Metals, London)      18
Hund’s rules      289
Hung, C. S. (1950), Phys, Rev.      79 727:
Hunter, S. C., and Nabarro, F. R. N. (1953), Proc. Roy. Soc. A      220 542:
Hvperfme structure, copper potassium sulphate      338
Hydrogen, solid, specific heat      34
Hyperfine structure      31 304 306 319 337 347
Hyperfine structure, double resonance technique      339
Hyperfine structure, in copper potassium sulphate      338
Hyperfine structure, isotopes      338
Hysteresis in superconducting transition      154 178 179 180 181
Impact ionization in semiconductors      257
Impact ionization in semiconductors, cryosar      260
Impact ionization in semiconductors, effect of magnetic field      261
Impact ionization in semiconductors, Hall effect      258
Impact ionization in semiconductors, mobility      259
Impact ionization in semiconductors, Ohm’s law deviations      258
Impact ionization in semiconductors, rise time      260
Impact ionization, Ge      259
Imperfections, study by thermal conductivity      136 ff.
Impurity absorption in semiconductors      see Localized states
Impurity atoms, determination of purity      80
Impurity atoms, effect on electrical conductivity      72 75 76 80
Impurity atoms, effect on electrical conductivity, alloys containing transition elements      77 79
Impurity atoms, effect on electrical conductivity, dependence on concentration      77
Impurity atoms, effect on electrical conductivity, distortion of lattice      76
Impurity atoms, effect on electrical conductivity, experiments on Cu alloys      77
Impurity atoms, effect on electrical conductivity, metals with similar atomic volumes and electronic configurations      79
Impurity atoms, effect on electrical conductivity, Nordheim’s rule      78
Impurity atoms, effect on electrical conductivity, of 1% solute      77
Impurity atoms, effect on electrical conductivity, on valency      76
Impurity atoms, effect on electrical conductivity, ordering and phase transition      80
Impurity atoms, effect on electrical conductivity, potential around impurity      76 78
Impurity atoms, effect on electrical conductivity, resistivity ratio, high purity metals      80 81
Impurity atoms, effect on electronic thermal resistivity      111 112 113 117
Impurity atoms, effect on electronic thermal resistivity, Lorenz number      120
Impurity atoms, effect on internal friction      385
Impurity atoms, effect on superconducting transition      148 178 182
Impurity atoms, effect on thermopower      272
Impurity atoms, ionized, in semiconductors      see Ionized impurities
Impurity atoms, randomness of distribution in semiconductors      240
Impurity band      238 240
Impurity conduction In Ge      238 239
Impurity conduction in semiconductors      237 283
Impurity control in semiconductors      222
Impurity levels in semiconductors      211 ff
Incomplete shell      288 289
Inconel, thermal conductivity      124 126 127
Indirect exchange      see Super-exchange
Indirect transitions in semiconductors      247 248
Indium alloys, transition temperatures      184
Indium antimonide, cyclotron resonance using infra-red      243
Indium antimonide, data      236
Indium antimonide, effective masses of carriers      242
Indium antimonide, energy gap      211
Indium antimonide, high mobility of      224 236
Indium antimonide, mobility of electrons and holes      236
Indium, alloys, superconductivity      182 184
Indium, thermal conductivity      129
Indium, thermal conductivity in intermediate state      133
Infra-red absorption in semiconductors      244 ff.
Infra-red detectors      209 245 252 257
Infra-red detectors, dark current      257
Infra-red detectors, practical examples      257
Infra-red detectors, sensitivity      257
Infra-red reflection and transmission in superconductors      169 171 188 198 203
Infra-red, absorption and photo -conduction, $p$ -type Ge      253
Infra-red, cylotron resonance      241 243
Infra-red, intrinsic absorption in Ge      246
Infra-red, localized state absorption in B-doped Si      249 250
Infra-red, reflectivity of superconductors      199 200
Infra-red, shallow state absorption $n$-type Ge      251
Ingrain, D. J. E.      see Bleaney B
Ingrain, D. J. E. (1955), Spectroscopy at Radio and Microwave Frequencies (Butterworths, London)      328
Insulators, electron configuration      73 210
Insulators, thermal conductivity      43 ff
Interaction between e.m. radiation and lattice in semiconductors      245 252
Interaction between orbital states      286
Interaction constant between electrons and phonons      116 121
Interaction of electrons, phonons      see Scattering of electrons phonons Phonon
Intermediate state of superconductors      174 ff.
Intermediate state of superconductors, experimental observation      177
Intermediate state of superconductors, free energy      176
Intermediate state of superconductors, laminae      174 176
Intermediate state of superconductors, measurements of $\delta$      179
Intermediate state of superconductors, nucleation of superconducting regions      179
Intermediate state of superconductors, surface energy      176
Intermediate state of superconductors, thermal conductivity      131
Intermediate state of superconductors, thickness of laminae      177
Intermediate state of superconductors, width of superconducting-normal boundary, $\delta$      176
Internal electric field      292
Internal electric field, symmetry      335
Internal friction      382 ff.
Internal friction, annealing experiments      384
Internal friction, Cu      383
Internal friction, effect of defects and structural changes      382
Internal friction, frequency dependence      383
Internal friction, of deformation      382
Internal friction, of impurity and irradiation      385
Internal friction, peaks      382
Internal friction, relaxation processes      383
Internal friction, vibrating dislocations      384 385
Internal stress in a crystal      360
Interstitial scattering      see Point defects scattering
Intrinsic absorption in semiconductors      245
Intrinsic properties of semiconductors      213 217 232 233
Ionization energy of shallow states      251
Ionization energy of shallow states, optical and Hall data compared      250 251
Ionized impurities      214
Ionized impurities, effect on mobility in semiconductors      224
Ions per unit cell, determination by paramagnetic resonance      335
Iridium, superconducting transition temperature      148
Iron formation of micro-cracks      371
Iron group ions, data      295
Iron group ions, level splittings      299 300
Iron group, energy level splittings      299
Iron group, salts commonly used in experiments      305
Iron group, table with spectroscopic ground state and Curie constant      295
Iron impurity, effect on thernaopower      272
Iron oxide, Fe${}_{3}$O${}_{four}$, ferrite      315
Iron salts      305
Iron salts, spin-lattice relaxation time      325
Iron salts, susceptibility      289 294 304 319
Iron thermopower      269
Iron, fatigue      380
Irradiation damage      136
Irradiation damage, by electrical conductivity      85 91 226
Irradiation damage, detection by heat conductivity      141
Irradiation damage, dislocation loops      141
Irradiation damage, effect on internal friction      385
Irradiation damage, paramagnetic resonance      336 337
Irradiation damage, scattering of phonons      64
Irradiation of semiconductors, compensation      240
Irradiation of semiconductors, optical absorption      252
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