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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
Superconductivity, thermal expansion      162
Superconductivity, thermodynamics      156 160 162 171
Superconductivity, thermopower      264 276
Superconductivity, thin films, magnetization      160 ff.
Superconductivity, torus      152 181
Superconductivity, transformer      209
Superconductivity, transition fields      150 151
Superconductivity, transition temperatures, GdRu${}_{2}$ in ThRu${}_{2}$      184
Superconductivity, transition temperatures, Indium alloys      184
Superconductivity, transition temperatures, RhZr alloys      183
Superconductivity, transition, temperature      126 147
Superconductivity, trapped flux      133 152 153 154
Superconductivity, tunnelling experiments      199
Superconductivity, tunnelling experiments, Al      202
Superconductivity, tunnelling experiments, Al-Pb      204
Superconductivity, two-fluid model      128 158 187 197 198 277
Superconductivity, virtual interactions      190 191
Superconductivity, weak coupling      197
Superconductivity, width, $\delta$      176 179 186
Superconductivity, zero resistivity      147 154 195
Superconductivity, ‘sponge’ structure      181
Surface currents In superconductors      152 163
Surface energy of superconducting normal boundary      176 186 187 851910
Surface reactance and resistance of superconductors      168
Surface recombinaton      243
Susceptibility, a.c.      see Paramagnetic relaxation
Susceptibility, adiabatic      23 325
Susceptibility, cerium ethylsulphate      306
Susceptibility, chromium potassium alum      296
Susceptibility, chromium potassium alum, a.c.      321
Susceptibility, complex      320
Susceptibility, diamagnetic      286
Susceptibility, Hg colloid      166
Susceptibility, MnP${}_{2}$      315
Susceptibility, O${}_{2}$ in clathrate      319
Susceptibility, paramagnetic, summary      318 (see also Paramagnetic susceptibility)
Susceptibility, praseodymium sulphate      303
Susceptibility, ytterbium sulphate      302
Symmetry of paramagnetic crystals      298 335
Symmetry of paramagnetic crystals, effect on level splittings      294 2 98— 335
Tainsh, R. J.      see Harper Kemp
Tantalum, high, critical field      149
Tantalum, resistivity ratio      81
Teller, E.      see Jahn
Temperature dependent electrical resistivity      91 ff.
Temperature independent paramagnetism      301 309 318 319 343
Temperature of maximum in thermal conductivity, metals      117 118
Temperature of maximum in thermal conductivity, non-metals      62
Templeton, I. M.      see Christian Gold Macdonald Pearson
Tensile properties      363 ff. (see also Mechanical properties)
Tensile properties, alkali metals      371
Tensile properties, b.c.c. metals      363 370
Tensile properties, brittle fracture      370
Tensile properties, correspondence with fatigue      380
Tensile properties, cross-slip      366
Tensile properties, ductile- brittle transition      363
Tensile properties, easy glide      364
Tensile properties, f.c.c., and hexagonal metals      363 364
Tensile properties, fracture strength      369 391
Tensile properties, metals which remain plastic      364
Tensile properties, serrated stress-strain curves      372
Tensile properties, stages 1, 2, 3, of stress-strain curve      364 365 369
Tensile properties, strain-rate experiments      366
Tensile properties, thermal activation of dislocations      360 363 365 366 373 374 375 385
Tensile properties, twinning      372
Tensile properties, unstable flow      373
Tensile properties, zinc      371
Tensile strength, Al, Ag, Au, Cu      370
Tensile strength, ratio, tensile/fatigue strengths, Ag, Au, Cd, Cu      380 391
Terbium, specific heat      31
Tewordt, L.      see Bardeen
Thermal activation of dislocations      360 365 366 373 374 375 385
Thermal conductivity of alloys      43 113 122 124 126 137
Thermal conductivity of metals      43 111
Thermal conductivity of metals, Cr, Hf, Mo, Nb, Ti, V, Zr      119 122
Thermal conductivity of metals, CuZn      122 123 124 125 138
Thermal conductivity of metals, deviations from theory      116
Thermal conductivity of metals, effect of electrical resistivity minimum      146
Thermal conductivity of metals, electronic      43 111
Thermal conductivity of metals, electronic thermal resistivity due to, dislocations and stacking faults      111 113
Thermal conductivity of metals, electrons      120 145
Thermal conductivity of metals, Ga, anisotropy of      145
Thermal conductivity of metals, general pattern      117 118
Thermal conductivity of metals, heat flow down rods of various materials      127
Thermal conductivity of metals, impurities      111 112 113 117 121 122
Thermal conductivity of metals, intermediate state of      131
Thermal conductivity of metals, lattice conduction      119 120 136
Thermal conductivity of metals, Lorenz number      112 120
Thermal conductivity of metals, low conductivity alloys      124
Thermal conductivity of metals, magneto-resistance effects      146
Thermal conductivity of metals, maximum in      117
Thermal conductivity of metals, Na      117
Thermal conductivity of metals, non-degenerate electron band      144
Thermal conductivity of metals, oscillatory      146
Thermal conductivity of metals, phonon thermal resistance due to, dislocations      121
Thermal conductivity of metals, phonons      111 113
Thermal conductivity of metals, point defects      111 113 124
Thermal conductivity of metals, pure metal      122
Thermal conductivity of metals, semi-metals      142
Thermal conductivity of metals, separation of electronic and phonon contributions      122
Thermal conductivity of metals, small angle scattering      114 115 120
Thermal conductivity of metals, study of imperfections      136 ff.
Thermal conductivity of metals, superconductors      122 125 137 140 161 197
Thermal conductivity of metals, technical alloys      124 126
Thermal conductivity of metals, temperature variation of      120
Thermal conductivity of metals, thermal switch      134
Thermal conductivity of metals, Wiedemann — Franz law      112 115 120 122 142
Thermal conductivity of non-metals      43 ff.
Thermal conductivity of non-metals, anharmonicity      45
Thermal conductivity of non-metals, boundary scattering      53 55 58 59 62
Thermal conductivity of non-metals, Debye theory      44 ff.
Thermal conductivity of non-metals, dislocation scattering      55 59 66
Thermal conductivity of non-metals, elastic continuum      44 45
Thermal conductivity of non-metals, experimental results      59 ff.
Thermal conductivity of non-metals, exponential rise      52 55 58 62 63
Thermal conductivity of non-metals, glasses and polycrystalline specimens      44 67
Thermal conductivity of non-metals, high temperatures      53 55
Thermal conductivity of non-metals, irradiation damage      64
Thermal conductivity of non-metals, isotope scattering      54 58 59 62
Thermal conductivity of non-metals, point defect scattering      52 54 58 59 64
Thermal conductivity of non-metals, semiconductors      43 111 143
Thermal conductivity of non-metals, summary of behaviour      58 59
Thermal conductivity of non-metals, temperature of maximum      62
Thermal conductivity of non-metals, umklapp-processes      49 57 59 62
Thermal conductivity of non-metals, vibrational spectrum of discrete lattice      47
Thermal conductivity, Al, superconducting/normal      130
Thermal conductivity, Cd, in magnetic field      145
Thermal conductivity, ChZn alloys      123 125
Thermal conductivity, deformed      138
Thermal conductivity, Ge, isotope effect      64
Thermal conductivity, Ge, pure and $p$-type      144
Thermal conductivity, heat flow down rods of technical materials      127
Thermal conductivity, In, normal and superconducting      129
Thermal conductivity, microcrystalline and glassy materials      67
Thermal conductivity, Nb, normal and superconducting, irradiated      142
Thermal conductivity, Or, Cu, Li, Na      119
Thermal conductivity, Pb, normal and superconducting      129
Thermal conductivity, Pb, superconducting, deformed      141
Thermal conductivity, PbBi alloy, intermediate state      134 135
Thermal conductivity, reduced diagram for several crystals, isotope effect      65
Thermal conductivity, sapphire      60 61 66
Thermal conductivity, sapphire, neutron irradiated      66
Thermal conductivity, Sb, lattice and electronic      143
Thermal conductivity, scattering mechanisms for phonons, formulae      59
Thermal conductivity, Sn, superconducting      132
Thermal conductivity, solders, nylon, Perspex, glass, graphite, and technical alloys      67 126
Thermal conductivity, solid helium      63
Thermal conductivity, Zn, in high magnetic field      145
Thermal equilibrium, by $n$-processes      52
Thermal equilibrium, establishment at low temperatures      7 8
Thermal expansion      36 ff. 46 245;
Thermal expansion, alkali halides      41
Thermal expansion, considerations in apparatus design      41
Thermal expansion, contribution from electrons      40
Thermal expansion, experimental results      39
Thermal expansion, simple explanation      36
Thermal expansion, superconductors      162
Thermal expansion, table of coefficients and Gruneisen $\gamma$      41
Thermal expansion, thermodynamic derivation      36
Thermal expansion, transition metals      40
Thermal switch      134
Thermo-electricity      262 ff.
Thermo-electricity, alkali metals      268
Thermo-electricity, boundary scattering      283
Thermo-electricity, coefficients      262 ff.
Thermo-electricity, correlation with resistance minimum      89 272 276
Thermo-electricity, effect of carrier concentration      283
Thermo-electricity, free electron metal      265 266
Thermo-electricity, impurity effects      272
Thermo-electricity, in impurity conduction range      283
Thermo-electricity, low temperature measuring technique      264
Thermo-electricity, Nemst, effect      261
Thermo-electricity, noble metals      267
Thermo-electricity, phonon drag      280 ff.
Thermo-electricity, phonon drag, metals      269
Thermo-electricity, positive      265 267 268
Thermo-electricity, semiconductors      261 278
Thermo-electricity, superconductors      264 276
Thermo-electricity, theory      264
Thermo-electricity, thermocouples for low temperatures      275
Thermo-electricity, thermopower of lead, data      264 269
Thermocouples for low temperature use      262 275
Thermocouples for low temperature use, copper, constantan      275
Thermocouples for low temperature use, gold$+$cobalt:silver$+$gold      275
Thermocouples for low temperature use, gold$+$iron      276
Thermocouples for low temperature use, reproducibility      276
Thermodynamics      see also Third law of thermodynamics
Thermodynamics, intermediate state      176
Thermodynamics, mechanical properties      162
Thermodynamics, of paramagnetic substances      326
Thermodynamics, of superconductors      156 160 162 171
Thermodynamics, of thermal expansion      36
Thermodynamics, relation between $c_{p}$ and $c_{v}$      3
Thermopower and thermo-electric force, Au$+$Co:Ag$+$Au      276
Thermopower and thermo-electric force, Cu      267
Thermopower and thermo-electric force, Cu and alloys, resistance minimum      274
Thermopower and thermo-electric force, Cu, constantan      276
Thermopower and thermo-electric force, Ge, $p$-type      279
Thermopower and thermo-electric force, Li, K, impurity effect      273
Thermopower and thermo-electric force, Li, Na, and K      268
Thermopower and thermo-electric force, Pb, table      264
Thermopower and thermo-electric force, Si, $p$-type      280
Thermopower and thermo-electric force, Sn, superconductivity      277
Thermopower, definition      263 (see also Thermo-electricity)
Theta for longitudinal phonons $\theta_{L}$      117
Theta from resistivity data, $\theta_{R}$      95
Thickness of laminae in intermediate state      177
Thin films and rods, cryotron      208
Thin films and rods, electrical resistivity      98 ff.
Thin films and rods, electron microscopy      84 139
Thin films and rods, magnetic moment and penetration depth      165 ff.
Thin films and rods, magneto-resistance size effect      100
Thin films and rods, superconductors, critical field      171
Thin films and rods, tunnelling experiments      199
Third law of thermodynamics, application to, elastic moduli      360
Third law of thermodynamics, application to, elastic moduli, superconducting transition field      157
Third law of thermodynamics, application to, elastic moduli, thermal expansion      88 39
Third law of thermodynamics, application to, elastic moduli, thermo-electricity      262
Thomas, J. G.      see Mendoza
Thompson, M. W.      see Chaudhuri
Thomson coefficient, definition      262 (see also Thermo-electricity)
Thorsen, A. C., and Berlincourt, T. G., Phys. Rev. Letters      6 617 357
Time effects in superconductivity      178
Tin, electrical resistivity of thin foils      101
Tin, grey, not superconductor      185
Tin, high-frequency resistance      170
Tin, hysteresis in superconducting transition      179
Tin, magnetization of superconducting films      172
Tin, magnetization of thin films      172
Tin, nucleation of superconductivity      179
Tin, penetration depth      170
Tin, resistivity of thin foils      100 101
Tin, sharpness of superconducting transition      148 149
Tin, small specimens, field penetration      177
Tin, specific heat, normal and superconducting      158 159
Tin, superconducting bolometer      209
Tin, superconducting transition      14 150
Tin, superconducting, specific heat      159
Tin, thermal conductivity      132
Tin, thermal conductivity, intermediate state      133
Tin, thermopower, superconductivity      277
Tin, thermpower      269 277
Tinkham, M.      see Ginsberg Glover Richards P.
Tirmizi, S. M. A.      see Berman
Titanium, resistivity ratio      81
Titanium, thermal conductivity      119 122
Torus, superconducting      152 181
Townes, C. H.      see Gordon
Transformer, superconducting      209
Transition alloys      181
Transition dependence on, field direction      149 154
Transition dependence on, measuring current      151
Transition dependence on, reversibility      155 156
Transition dependence on, sharpness of      148 149 174 187
Transition dependence on, thin films      172
Transition group metals, electrical resistivity      98
Transition group metals, electronic specific heat      20
Transition metals alloys, electrical conductivity      77 79
Transition metals, band structure      18 79 97
Transition metals, effect on resistance minimum and maximum      87
Transition metals, electrical conductivity      97
Transition metals, electronic specific heat      18
Transition metals, magnetic properties      see Magnetic properties
Transition metals, thermal conductivity      118
Transition metals, thermal expansion      40
Transition probability in resonance experiments      330 339
Transition temperature, of co-operative effects      32 33 35
Transition temperature, of superconductors, table      200
Transition, superconducting      126 147 149
Transverse effective mass      230 241 242
Transverse field, destruction of superconductivity by      149 154 174
Transverse Hall effect      214
Transverse phonons      51
Transverse phonons, do not interact with electrons      117
Trapped flux in superconductor      see Frozen-in flux
Trapping of carriers in semiconductors      240 243 253 254
Trapping of carriers in semiconductors, at surface      243
Trapping of carriers in semiconductors, difference in $n$ and $p$-type materials      255
Trapping of carriers in semiconductors, temperature dependence      254
Trichlorides      305
Tungsten alloys, superconductivity      182
Tunnel effect in creep      377
Tunnelling experiments with superconductors      199 ff.
Tunnelling experiments, Al      202
Tunnelling experiments, Al — Pb      204
Tutton salts      305
Tutton salts, number of ions per unit cell      335
Twinning      372
Two fluid model of superconductivity      128 158 187 197 198 277
Two stage demagnetization      135
Tyler, W. W.      see Newman
Ultrasonic measurement of elastic constants      361 362
Umklapp-processes, electrons      73 92 94 96 116 118 121
Umklapp-processes, electrons, effect of non-spherical Fermi surface      96
Umklapp-processes, phonons      49 55 57 59 62
Umklapp-processes, phonons, experiments on sapphire      59
Umklapp-processes, phonons, phonon drag      271
Umklapp-processes, phonons, probability of      52
Umklapp-processes, phonons, solid He      62
Uranium, resistivity ratio      81
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