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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
Mikura, Z. (1941), Proc. Phys. Math Soc. Japan      23 309 40
Miller, A. R.      see Roberts J.
Minima and maxima in electrical resistivity      80 87
Minima and maxima in electrical resistivity, connexion with thermopower anomalies      89 272 276
Minima and maxima in electrical resistivity, corresponding effect in thermal conductivity      146
Minima and maxima in electrical resistivity, possible explanations      90
Minimum in thermal conductivity in intermediate state      133
Minority carriers      221 238 239
Misener, A. D.      see Appleyard
Mixed dislocation      359
Mobility of carriers in divalent metals      108
Mobility of carriers in semiconductors      214 215 222 229 230 232 233 234 235 243 259 201
Mobility of carriers in semiconductors, combination of mobilities      226 236
Mobility of carriers in semiconductors, determination from cyclotron resonance width      243
Mobility of carriers in semiconductors, different for electrons and holes      230 232
Mobility of carriers in semiconductors, drift mobility      228
Mobility of carriers in semiconductors, Hall mobility      226 236
Mobility of carriers in semiconductors, in impact ionization region      259
Mobility of carriers in semiconductors, in ‘hot’ carrier system      260 261
Mobility of carriers in semiconductors, influence of, effective mass      224
Mobility of carriers in semiconductors, influence of, ionized impurities      224 233 235 244
Mobility of carriers in semiconductors, influence of, measurements      235 243
Mobility of carriers in semiconductors, influence of, neutral impurities      225 235 244
Mobility of carriers in semiconductors, influence of, optical modes      236
Mobility of carriers in semiconductors, influence of, thermal vibrations      223 235 244
Mobility of carriers in semiconductors, influence of, very impure specimens      233
Mobility, Ge, $n$-type      235
Mobility, Ge, $n$-type during impact ionization      259
Mobility, Ge, $p$-type, ‘hot’ carriers      260
Mobility, Ge, Ge, Si, and InSb, table      236
Modulator, superconducting      209
Molineux, J. H.      see Broom
Molybdenum alloys, superconductivity      182
Momentum, de Broglie relation      72
Monel, thermal conductivity      124 126 127
Monovalent metals      see also Alkali Noble metals
Monovalent metals, Hall effect      216
Montgomery, H., and Pells, G. P. (1959), Proc. Xth Intern. Congress of Refrig., Copenhagen, vol. 1      p.139
Montgomery, H., and Pells, G. P. (Pergamon Press, Oxford)      20 21
Mookherji, A.      see Krishnan
Moore, J. R.      see Mendelssohn
Morin, F. J. (1954), Phys. Rev.      93 62 236
Morin, F. J., and Maita, J. P. (1954), Phys. Rev.      94 1525 236
Morin, F. J., and Maita, J. P. (1954a), Phys. Rev.      96 28 236
Morrison, J. A.      see Barron
Motion of carriers in a magnetic field      349
Mott, N. F. (1934), Proc. Phys. Soc.      46 680 79
Mott, N. F. (1936), Proc. Camb. Phil. Soc.      32 281:
Mott, N. F. (1936a), Proc. Roy. Soc. A      153 699 97
Mott, N. F. (1956), Can. J. Phys.      34 1356 240
Mott, N. F. (1956a), Phil. Mag.      1 568 377
Mott, N. F., and Jones, H. (1936), The Theory of the Properties of Metals and Alloys (Clarendon Press, Oxford, reprint, 1958, by Dover Publications, New York, and Oxford University Press)      48 266 349
Multiple levels in semiconductors      213
Multiple levels in semiconductors, optical absorption      251
Multiply-connected Fermi surface      109
Myers, J.      see Long
N$\acute{e}$el table      312
N$\acute{e}$el temperature      310 ff.
N$\acute{e}$el temperatures, table      312
Nabarro, F. R. N.      see Hunter
Nagorniy a, T., Yosida, K., and Kubo, R., Adv. in Phys.      4 1
Nakhutin, I. E.      see Shubnikov
Negative resistance of superconducting sandwich      203
Nemst effect in semiconductors      261
Nesbitt, L. B.      see Reynolds
Nettley, P. T.      see Berman
Neutral impurities, effect on mobility in semiconductors      225
Neutron irradiation, compensation in semiconductors      240
Neutron irradiation, effect on internal friction      385
Neutron irradiation, effect on thermal conductivity, of non-metals      64
Neutron irradiation, of superconductors      141
Neutron irradiation, paramagnetic resonance      337
Neutron irradiation, recovery of electrical resistivity      85
Newman, R., and Tyler, W. W. (1959), Solid State Physics      8 47 254 255 256
Niblett, D. H., and Wilks, J. (1957), Phil. Mag.      2 1427 382 383 385
Niblett, D. H., and Wilks, J.(1960), Adv. in Phys.      9 1.
Nickel, yield strength      364
Niobium (columbium), high critical field      151
Niobium (columbium), high superconducting transition temperature      147 373
Niobium (columbium), in intermediate state      133
Niobium (columbium), powder patterns to show intermediate state      178 179
Niobium (columbium), thermal conductivity      119
Niobium, irradiated, thermal conductivity      142
Niobium, superconducting, specific heat      159
Niobium-tin superconducting solenoids      205
Niobium-tin, current $\sim$ field data, Nb${}_{3}$Sn      206
Niobium-zirconium superconducting solenoids      205
Nitric oxide, NO, paramagnetism      318
Noble metals      see also Copper Gold Silver
Noble metals, characteristic temperature, $\theta_{R}$      95 (see also Copper Silver Gold)
Noble metals, de Haas — van Alphen effect      354 366 357
Noble metals, not superconductors      147 191
Noble metals, tensile strength      369 370
Noble metals, thermo-electricity      267
Noble metals, values of $\theta_{R}$      95
Noggle, T. S.      see Blewitt
Non-degenerate electron band, scattering of phonons by      144
Non-metals, thermal conductivity      43 ff.
Nordheim, L. (1931), Ann. Phys. (5)      9 607 641 78
Nordheim’s rule      78 79
Normal process      50 51
Normal process, use in establishing thermal equilibrium      52 54
Nuclear hyperfine structure      see Hyperfine structure
Nuclear interactions in magnetic materials      31 308 309
Nuclear magnetic moment      308
Nuclear quadrupole interaction      32 308 319
Nuclear resonance, correlation with resistance minimum      90
Nuclear specific heat      30
Nuclear specific heat, diamagnetic materials      32
Nuclear specific heat, ferromagnetic metals      31 32
Nuclear specific heat, rare earth metals      31 32
Nuclear spin      337 338
Nucleation of superconducting regions      179
Nylon, thermal conductivity      67 126
Ochsenfeld, R.      see Meissner
Ohm’s law, deviations from      258
Olsen, J. L.      see Mendelssohn
Olsen, J. L., and Renton, C. A. (1952), Phil. Mag.      43 946 131
Olsen-B$\ddot{a}$r, M. (1956), D.Phil. thesis, Oxford University      98 99
Onnes, H. K. (1911), Leiden Comm.      1996 1206 1226 147
Onnes, H. K., and Holst, G. (1914), Leiden Comm.      142c 126
Open orbits      109 110
Optical absorption in semiconductors      see Absorption
Optical branch of phonon spectrum      52
Optical branch of phonon spectrum, in semiconductors      236 252
Optical excitation in semiconductors      243
Orbach, R.      see Finn
Orbital and spin moments, combination      286 289
Orbital angular momentum      288
Orbital interaction      286
Orbital magnetic moment      286 288
Orbital magnetic moment, quenching      294
Orbital motion of electron      285 286
Orbital quantum number, $l$      288
Orbits in $k$-space      108 349 350
Order-disorder phenomena      32
Ordering      see also Anti-ferromagnetism Ferrimagnetism Ferromagnetism.
Ordering, effect on electrical conductivity      80
Ordering, rotational      33
Orton, J, W. (1959), Repts. on Progr. in Phys.      22 204 329
Oscillatory magnetic effects      146 357
Over-ageing produced by fatigue      381 382
Overlap of electronic wave functions      238 307
Overlapping energy bands: divalent metals      17 18 73 216
Overlapping energy bands: semiconductors      233 235 250 251 260
Overton, W. C. (1960), (University of Toronto Press)      13
Overton, W. C. (1960), Proc. 7th Int. Conf. Low Temp. Phys.      p. 677
Overton, W. C., and Gaffney, J. (1955), Phys. Rev.      98 969 361 362
Owen, J.      see Bagguley Bowers
Owen, J., Browne, M. E., Knight, W. D., and Kittel, C. (1956), Phys, Rev.      102 1501 90
Oxygen ions in paramagnetic salt      292 335
Oxygen, in clathrate, susceptibility      319
Oxygen, paramagnetism      318
O’Brien, M. C. M.      see Meyer
Pairs      see Electron pairs
Palladium, electrical resistivity      99
Palladium, group      289
Palladium, thermopower      269
Parabolic law for superconducting critical field      149
Parabolic law for superconducting critical field, deviations      150 160 197
Paramagnetic relaxation      320 ff. 329 330
Paramagnetic relaxation, adiabatic susceptibility      323
Paramagnetic relaxation, cerium magnesium nitrate      325
Paramagnetic relaxation, complex susceptibility      320
Paramagnetic relaxation, direct      324 325 329 330
Paramagnetic relaxation, Raman      324 325
Paramagnetic relaxation, relaxation processes      321
Paramagnetic relaxation, relaxation times, spin-lattice      323 331
Paramagnetic relaxation, specific heat determination from      326
Paramagnetic relaxation, spin temperature      323
Paramagnetic relaxation, spin-spin      322
Paramagnetic relaxation, thermodynamics      326
Paramagnetic resonance      329 ff.
Paramagnetic resonance, anisotropy      335
Paramagnetic resonance, complementation by specific heat and susceptibility data      342
Paramagnetic resonance, conduction electrons      337
Paramagnetic resonance, correlation with resistance minimum      90
Paramagnetic resonance, defects produced by irradiation, etc      336 337
Paramagnetic resonance, determination of levels and splittings      2 331
Paramagnetic resonance, detonnination of ions per unit cell      335
Paramagnetic resonance, double resonance (ENDOR)      339
Paramagnetic resonance, equalization of populations      329 339 340 341
Paramagnetic resonance, experimental principles      330
Paramagnetic resonance, field orientation dependence      334 335
Paramagnetic resonance, hyperfine structure      337 ff.
Paramagnetic resonance, hyperfine structure, copper potassium sulphate      338
Paramagnetic resonance, isotopes      338
Paramagnetic resonance, level broadening      330 331 338
Paramagnetic resonance, low temperature experiments      331
Paramagnetic resonance, maser      340
Paramagnetic resonance, nuclear spin      337 338
Paramagnetic resonance, quadrupole coupling      338
Paramagnetic resonance, saturation      339
Paramagnetic resonance, selection rules      332 337 338 339
Paramagnetic resonance, Si      337
Paramagnetic resonance, spin-lattice relaxation time      323 331 339
Paramagnetic resonance, temperature dependence      333 334
Paramagnetic resonance, transition probability      329 330 339
Paramagnetic resonance, zero field splitting      331
Paramagnetic susceptibility      24 285 286 320
Paramagnetic susceptibility, adiabatic demagnetization salts      306 344
Paramagnetic susceptibility, anisotropy      306 343
Paramagnetic susceptibility, anti-ferromagnetics      311 ff.
Paramagnetic susceptibility, Brillouin function      291
Paramagnetic susceptibility, clathrates      318
Paramagnetic susceptibility, comparison with specific heat data      342
Paramagnetic susceptibility, conduction electrons      348
Paramagnetic susceptibility, covalent ions      304 308
Paramagnetic susceptibility, crystal symmetry      298 304 335
Paramagnetic susceptibility, Curie — Weiss law      310 311 318 347
Paramagnetic susceptibility, Curie’s law      292 295 297 298 306 309 318 343 347
Paramagnetic susceptibility, dilution      292 304 807 316 347
Paramagnetic susceptibility, dipole in field      200
Paramagnetic susceptibility, dipole-dipole interaction      304 307 319
Paramagnetic susceptibility, Eu and Sm      297 299
Paramagnetic susceptibility, exchange interaction      288 304 307 319
Paramagnetic susceptibility, ferrimagnetics      316
Paramagnetic susceptibility, ferromagnetics      309
Paramagnetic susceptibility, free atoms      288
Paramagnetic susceptibility, garnets      316
Paramagnetic susceptibility, gases, NO, O${}_{3}$      318
Paramagnetic susceptibility, Hund’s rules      289
Paramagnetic susceptibility, hyperfine structure      31 304 308 319 337 347
Paramagnetic susceptibility, incomplete shell      288 289
Paramagnetic susceptibility, interactions at very low temperatures      307 319
Paramagnetic susceptibility, internal field      292
Paramagnetic susceptibility, iron group salts      289 294 295 299 300 304 305 310
Paramagnetic susceptibility, Jahn — Teller effect      298 300 301
Paramagnetic susceptibility, Kramers theorem      298 301 302
Paramagnetic susceptibility, level splittings      30 31 292 298 304 308 309 329 331
Paramagnetic susceptibility, quadrupole interaction      308 319
Paramagnetic susceptibility, quenching of orbital moment      294 295
Paramagnetic susceptibility, rare earth salts      289 296 298 301 304 305 318 319
Paramagnetic susceptibility, Russell — Saunders coupling      289
Paramagnetic susceptibility, salts commonly used      304
Paramagnetic susceptibility, saturation      291 301 320
Paramagnetic susceptibility, specific heat anomaly      23 ff.
Paramagnetic susceptibility, spin-orbit coupling      289 294 295 306
Paramagnetic susceptibility, summary      318
Paramagnetic susceptibility, temperature independent      301 309 318 319 343
Parkinson, D. H, (1958), Repts. on Progr. in Phys.      21 226 11
Pauli exclusion principle      288
Pauli paramagnetism      348
Pauthenet, R. (1958), Ann. de Phys. (13)      3 424 317
pd      99
Pearson, W. B.      see Christian Gold MacDonald
Pearson, W. B. (1955), Phil. Mag.      46 911 920 89
Pearson, W. B., and Templeton, I. M. (1961), Can. J. Phys.      39 1084 276
Peierls — Habarro force      385
Peierls, R. (1929), Ann, Phys. (5)      3 1055:
Peierls, R. (1933) Z. Phys.      81 186 349
Peierls, R. (1955). Repts. on Progr. in Phys.      18 424 190i
Pells, G. P.      see Montgomery
Peltier coefficient, definition      262 263;
Penetration depth      164 166 168 169 171 172 187
Penetration depth, Hg      166
Penetration depth, Sn      170
Penetration effects in superconductors      163 ff. 168
Penetration effects in superconductors small specimens      177
Perfect conductor, properties of      152
Perfect diamagnetism of superconductor      154 156
Periodic potential in lattice      69
Periodic potential in lattice, effect of impurity atom      76 78
Periodic potential in lattice, perturbation by phonons      92
Periodicity of oscillations, de Haas-von Alphen effect      353
Perlick, A.      see Clusius
Permanent magnet      285
Persistent current      148 149
Perspex, thermal conductivity      126
Petersen, R. G.      see Arp
Phase transformation, effect on electrical conductivity      80
Phelan, R.      see Arp
Phonon conduction      see also Thermal conductivity of non-metals
Phonon conduction in metals      111 110 120
Phonon conduction in semiconductors      111 143
Phonon conduction in superconductors      130 137
Phonon drag, metals      269
Phonon drag, semiconductors      280 ff.
Phonon scattering of electrons, in metals      91 ff. 113
Phonon scattering of electrons, in semiconductors      223
Phonon-phonon interaction      49
Phonons      43 49
Phonons, of different polarizations      51
Phonons, specular reflexion of      61
Phonons, velocity of      48 93
Photo-conduction, Ge      253
Photo-conductive decay times, Ge      255 256
Photo-conductivity      245 252
Photo-conductivity, comparison with optical absorption      250
Photo-conductivity, dependence on trapping      253 254
Photo-conductivity, infra-red detection      252
Photo-conductivity, sensitivity at low temperatures      254
Photo-conductivity, trapping and recombination investigations      254
Phys.      9 205 257
Picus, G. S.      see Burstein
Picus, G. S., Burstein, E., and Henvis, B., J. Phys. Chem. Solids      1 75 250 251
Pippard, A. B.      see Faber Laredo
Pippard, A. B. (1947), Proc. Roy. Soc. A      191 385 102
Pippard, A. B. (19476), Proc. Roy. Soc. A      191 399 169 170
Pippard, A. B. (1947a), froc. Roy. Soc. A      191 370 171
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