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Mason W.P. (ed.) — Physical Acoustics. Principles and Methods (volume 10)
Mason W.P. (ed.) — Physical Acoustics. Principles and Methods (volume 10)

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Название: Physical Acoustics. Principles and Methods (volume 10)

Автор: Mason W.P. (ed.)

Язык: en

Рубрика: Физика/Колебания и волны/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1973

Количество страниц: 403

Добавлена в каталог: 21.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
"Creeping" waves      22 26 29 34—35 54—57 71—84 see
"Creeping" waves, attenuation in      77
"Creeping" waves, first computation of      82
"Creeping" waves, pulse shape in      76
"Creeping" waves, relative velocity of      76
"Creeping" waves, schlieren visualization of      71—73
"Creeping" waves, velocity and attenuation in      77
"Whispering-gallery" modes, geometry of      40 42 44 49 53
A-15 structure superconductors, $T_{c}$ change due to structural transformation in      253—255
A-15 structure superconductors, alloying, in      213
A-15 structure superconductors, anharmonicity, instability, and superconductivity in      270—278
A-15 structure superconductors, anomalous behavior of      197—204
A-15 structure superconductors, band structure and Fermi surface of      284—287
A-15 structure superconductors, Batterman — Barrett transformation in      205—213
A-15 structure superconductors, elastic behavior of      214—242
A-15 structure superconductors, electrical restivity of      201—203
A-15 structure superconductors, Gruneisen parameters in      273
A-15 structure superconductors, Hall and Seebeck coefficients for      201—203
A-15 structure superconductors, history of      194—195
A-15 structure superconductors, magnetic behavior in      197—201
A-15 structure superconductors, polycrystalline components of      237—239
A-15 structure superconductors, specific heat for      203—204
A-15 structure superconductors, strain dependence in      239—242
A-15 structure superconductors, structural instability in      290—292
A-15 structure superconductors, structure of      195—197
A-15 structure superconductors, temperature dependencies of      198 222—239 269
A-15 structure superconductors, tetragonal distortion in      251—256
A-15 structure superconductors, topological sample changes in      209
A-15 structure superconductors, transformation temperatures and distortions in      206
A-15 structure superconductors, tunneling studies in      266—268
A-15 structure superconductors, ultrasonic attenuation in      216—222
A-15 structure superconductors, unit cell changes in      206—209
A-15 structure superconductors, volume changes in      208
Abeles, B.      130 170 183 189
Abrahams, S.C.      212 292
Achyuthan, K.      see "Hargrove L.E."
Acoustic energy, electromagnetic wave and      134
Acoustic generators in metals at low frequencies      157—158
Acoustic generators in plane-parallel plate      166
Acoustic generators in semimetals      162—166
Acoustic generators, table of, with receivers      128
Acoustic holograms      see also "Acoustic holography" "Holograms"
Acoustic holograms vs. optical      331
Acoustic holograms, early      312—218
Acoustic holograms, ultrasonic camera for      351
Acoustic holography      297—380 see
Acoustic holography as diffraction grating      367—368
Acoustic holography, early experiments in      348—353
Acoustic holography, focusing reflector in      369
Acoustic holography, hologram pulse compression in      374—378
Acoustic holography, interferometry with      370—374
Acoustic holography, medical applications of      358—361
Acoustic holography, seismic applications of      378—380
Acoustic holography, underwater applications of      361—366
Acoustic holography, velocity variations in      375
Acoustic kinoforms      366—370
Acoustic nuclear magnetic resonance      169—170
Acoustic phonon density, calculation of      261 264
Acoustic power, conversion efficiency for      157
Acoustic power, generation of      134
Acoustic radiation for plane and curved surfaces      61—125
Acoustic radiation for solid cylinders      68—96
Acoustic reciprocity, principle of      31
Acoustic shear waves      see "Shear waves"
Acoustic waves      see also "Surface waves"
Acoustic waves, diffracted      62—63
Acoustic waves, from electromagnetic radiation      152—185
Acoustic waves, schlieren photographs of      17 62—67
Acoustics, surface waves in      1—57 see
Adler, E.L.      see "Farnell G.W."
Albersheim, W.J.      374 376 382
Alers, G.A.      174 190
Alers, G.A., The measurement of very small sound velocity changes and their use in the study of solids      IVA 277
Alers, G.A., Use of sound velocity measurements in determining the Debye temperature of solids      IIIB 1
Alig, R.C.      160 189
Alpher, R.A.      137 154 189
Aluminum alloy, compressional waves and      142
Aluminum cylinders, acoustic radiation from      68—70
Aluminum cylinders, hollow      96—104
Aluminum cylinders, hydrophone measurements for      87—96
Aluminum cylinders, reflection and transmission coefficients for      85
Aluminum cylinders, schlieren photographs of      88—96
Aluminum cylinders, schlieren visualization of radiation from      83—84
Aluminum cylinders, shear wave and      97
Aluminum cylinders, solid      62—96
Aluminum cylinders, wave fronts and      85—86
Aluminum, nondestructive testing of      147—148
Aluminum, shear wave generation in      146
Anderson, C.H., and Sabisky, E.S., Spin-phonon spectrometer      VIII 1
Anderson, O.L.      232 292
Anderson, O.L., and Liebermann, R.C., Sound velocities in rocks and minerals: experimental methods, extrapolations to very high pressures, and results      IVB 329
Anderson, O.L., Determination and some uses of isotropic elastic constants of polycrystalline aggregates using single-crystal data      IIIB 43
Anderson, P.W.      209 292
Anharmonicity, in A-15 structure superconductors      270—278
Anomalous skin effect, electric field and      158—159
Ascher, E.      211 292
Atwood, K.W.      139 189
Augustine, C.F.      321 381
Axe, J.D.      208 209 211 214 254 259 260 262 263 271 272 278 283 284 295
Azbel', M.Ya.      160 189
Babinet's principle, in holography      343
Babkin, G.I.      164 180 189
Bacon, D.D.      266 268 294
Barisic, S.      203 211 280 281 292 293 294
Barnard, G.R.      29 57
Barrekette, E.S.      380
Barrett, C.S.      194 204 205 206 207 208 209 211 214 219 253 255 293
Barrett, H.H., Acoustic properties of materials of the perovskite structure      VI 65
Barsch, G.R.      240 272 273 274 275 281 293
Bateman, T.B.      195 206 212 214 216 218 219 220 222 223 224 225 226 229 260 268 269 270 274 283 296
Batterman — Barrett transformation in A-15 structure superconductors      205—213
Batterman — Barrett transformation, alloying effects and      213
Batterman — Barrett transformation, stress dependence of      211—212
Batterman — Barrett transformation, temperature dependence and      225—226
Batterman — Barrett transformation, thermodynamic order of      209—211
Batterman, B.W.      194 204 205 206 207 208 209 210 211 214 217 219 229 230 231 232 241 253 254 255 270 293 295 296
Bauer, H.J., Phenomenological theory of the relaxation phenomena in gases      IIA 47
Becker, F.L.      2 7 57 113 114 115 125
Beckmann, P.      45 52 57 58
Belash, V.P.      285 295
Bennett, G.S.      358 381
Berko, S.      285 293
Berlincourt, D.A., Curran, D.R., and Jaffe, H., Piezoelectric and peizomagnetic materials and their function in transducers      IA 169
Berman, H.S.      214 294
Bernasson, M.      201 293
Bernstein, B.T.      280 293
Berry, B.S., and Nowick, A.S., Anelasticity and internal friction due to point defects in crystals      IIIA 1
Betjemann, A.G.      130 131 135 136 137 140 143 189
Beyer, R.T., Nonlinear acoustics      IIB 231
Birgeneau, R.J.      211 214 259 260 271 272 278 283 295
Birman, J.L.      211 283 293 294
Bistatic reflection, for creeping waves at cylinder      80
Blaugher, R.D.      292 293
Bleich, H.H.      56 58
Bleistein, N.      32 59
Blount, E.I.      205 208 209 211 254 292 295
Blumberg, W.E.      197 199 293
Boemmell, H.E.      217 296
Bohm, H.V.      129 130 131 135 136 137 140 141 143 170 174 178 189 190
Bolef, D.I., and Miller, J.G., High-frequency continuous wave ultrasonics      VIII 95
Bolef, D.I., Interaction of acoustic waves with nuclear spins in solids      IVA 113
Bonnerot, J.      203 211 293
Bosomworth, D.R.      268 293
Bostock, J.      284 295
Bouwkamp, C.J.      5 57
Bowers, R.      146 147 191
Bowles, J.S.      209 293
Boyer, A.L.      368 369 381
Bratina, W.J., Internal friction and basic fatigue mechanisms in body-centered cubic metals, mainly iron and carbon steels      IIIA 232
Breazeale, M.A.      110 125
Brekhovskikh, L.M.      2 6 7 9 10 12 15 18 32 38 39 41 42 58 107 125
Bremmer, H.      45 60
Brendon, B.B.      359 380 382
Brill, D.      46 47 48 50 51 58 82 125
Brillouin, L.      106 125
Brock, J.C.F.      203 293
Brooks, R.E.      370 382
Brosze, O.      330 383
Brown, B.R.      366 381
Brown, G.M.      370 381
Brown, W.M.      333 339 357 381
Bruce, E.      301 381
Brugger, K.      272 293
Buchel, W.      259 293
Bucher, E.      284 292 293 295
Budden, K.G.      5 58
Buehler, E.      194 294
Bunney, E.      7 58
Bunney, R.E.      84 87 125
Burckhardt, C.B.      330 367 380 381
Cagniard, L.      9 58
Camatini, E.      380
Carcia, P.F.      240 241 272 273 274 275 281 293
Carlin, B., The use of high- and low-amplitude ultrasonic waves for inspection and processing      IB 1
Caustic-correction factors, in surface waves      32
Cerf, R., Relaxation and resonance of Markovian systems      IVB 181
Chambers, R.G.      158 189
Chambers, R.H., Dislocation relaxations in face-centered cubic transition metals      IIIA 123
Chao, C.C.      56 58
Checcacci, P.F.      321 381
Chen, Y.M.      27 33 35 46 47 58
Cheng, G.      204 294
Chirba, V.G.      195 206 214 216 219 222 224 229 230 235 237 239 268 274 283 296
Choate, K.      27 28 59
Chu, C.W.      292 293
Circumferential waves, geometry- of      49
Clark, J.E.      343 383
Classic skin depth      165
Clogston, A.M.      197 278 279 293
Cochran, J.F.      132 167 168 172 173 190 191
Cocks, F.H.      205 208 211 294
Cody, G.D.      201 203 224 234 281 282 293 295 296
Cohen, M.H.      130 150 189
Cohen, R.W.      184 189 201 205 206 211 224 234 268 281 282 293 294 295 296
Collier, R.J.      330 367 380 381
Collings, E.W.      292 294
Compressional waves      143—145
Compressional waves in semimetals      181—183
Compressional waves, echoes of in aluminum alloy      142
Compressional waves, generation of      139
Compressional waves, intensity distributions of      140
Compressional waves, temperature dependence in      182
Comstock, R.L.      see "Le Craw R.C."
Condon, J.H.      215 296 see L.R."
Conversion efficiency for acoustic power      157
Conversion efficiency of microsound generation      161
Cooper, A.S.      255 292 293 295
Corenzwit, E.      194 204 255 293 295
Cubic crystal, elastic moduli and mode velocities in      215
Cullen, G.W.      268 293
Curran, D.R.      see "Berlincourt D.A.D."
Curved surfaces, acoustic radiation from      61—125
Curved transparent objects, surface waves in      37—56
Cutrona, L.J.      332 333 382
Cylinder(s), acoustic radiation from      68—70
Cylinder(s), creeping wave properties of      73—81
Cylinder(s), creeping wave velocity and attenuation for      77
Cylinder(s), hollow      96—104
Cylinder(s), hydrophone measurements with      73—81
Cylinder(s), reradiated acoustic field at      81—82
Cylinder(s), shear waves and      84
Cylinder(s), solid      62—96
Cylindrical shells, acoustic radiation from      96—104
Cylindrical shells, hydrophone measurements for      103—104
Cyrot-Lackmann, F.      280 293
Damon, R.W., Maloney, W.T., and McMahon, D.H., Interaction of light with ultrasound: phenomena and applications spin-phonon spectrometer      VII 273
Davis, C.M.      see "Litovitz T.A."
de Klerk, J., Fabrication of vapor-deposited thin film piezoelectric transducers for the study of phonon behavior in dielectric materials at microwave frequencies      IVA 195
Debye series, in surface wave analysis      50 52
Debye — Waller function      277
Debye, P.J.      50 58
Deformation generation, in semimetals      166
Deppermann, K.      71 125
Descouts, P.      201 293
Deutsch, C.      321 381
Diachok, O.I.      61 66 125
Diehl, R.      353 354 383
Diercks, K.J.      29 46 54 58 59 87 125
Dieterich, W.      283 293
Diffracted surface rays      34 62
Diffraction coefficients      31
Diffraction grating, in acoustic holography      367—368
Diffraction, geometric theory of      30
Diffuse reflection, in microwave excitations      160—162
Dispersion curves, Lamb waves and      18
DKDP crystal, in acoustic holography      360 364—365
Dobbs, E.R.      129 130 131 134 135 136 137 138 139 140 141 142 143 144 146 147 149 150 153 162 174 176 177 178 180 181 182 185 189 190
Dobbs, E.R., Electromagnetic generation of ultrasonic waves      X 127
Dobrin, M.B.      379 382
Dologopolov, V.T.      129 164 166 174 178 179 180 181 189 190
Doolittle, R.D.      23 27 43 44 46 47 48 49 54 55 58 60 71 76 77 82 125
Dougall, J.      22 58
Dragonette, L.R.      7 20 58 67 70 72 86 87 88 90 91 92 93 94 95 97 98 99 100 101 102 103 118 119 120 121 122 123 124 125 126
Dransfeld, K.      2 7 58 113 125
Dransfeld, K., and Salzmann, E., Excitation, detection, and attenuation of high-frequency elastic surface waves      VII 219
Dresselhaus, G.      148 190
Eckstein, S.G., Eckstein, Y., Ketterson, J.B., and Vignos, J.H., The propagation of sound in condensed helium      VI 243
Eckstein, Y.      see "Eckstein S.G."
Einspruch, N.      141 190
Eisinger, J.      197 199 293
Eisner, E., The design of resonant vibrators      IB 353
Elastic moduli, strain dependence of      239—242
Elastic plate, eigenvibrations of      17
Elbaum, C.      see "Truell R."
Electric field, anomalous skin depth in      158-159
Electromagnetic generation, classical theory of      131—135
Electromagnetic generation, coil design in      138—142
Electromagnetic generation, conversion efficiency in      134—135
Electromagnetic generation, equations of motion in      131—133
Electromagnetic generation, high-temperature results in      135—148
Electromagnetic generation, low-temperature results in      170—185
Electromagnetic generation, microscopic theory of      148—170
Electromagnetic transducers      170 185—186
Electromagnetic transducers in nondestructive testing      146—148
Electromagnetic transducers vs. piezoelectric      145
Electromagnetic transducers, conversion efficiency of      143
Electron energy, magnetic field and      176
Electron-phonon system      154
Elices, M., and Garcia-Moliner, F., Wave packet propagation and frequency-dependent internal friction      V 163
Erikson, K.R.      336 353 374 382
Ewing, W.M.      3 5 9 10 58
Farnell, G.W.      2 58
Farnell, G.W., and Alder, E.L., Elastic wave propagation in thin layers      IX 35
Farnell, G.W., Properties of elastic surface waves      VI 109
Fate, W.A.      217 294
Fawcett, E.      211 253 293
Feit, D.      57 58 59
Felsen, L.B.      20 60
Fermi surface, of A-15 structure superconductors      284—287
Feshback, H.      3 22 59
Fiks, V.B.      160 190
Finlayson, T.R.      216 227 228 285 293 296
Firestone, A.F.      18 58
Flaherty, J.J.      336 353 374 382
Fleury, P.A., Light scattering as a probe of phonons and other excitations      VI 1
Fluekiger, R.      201 204 293 296
Flynn, H.G., Physics of acoustic cavitation in liquids      IB 57
Foner, S.      194 293
Fountain, L.S.      61 125
Fox, G.R.      357.383
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