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| Mason W.P. (ed.) — Physical Acoustics. Principles and Methods (volume 15) |
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| Ïðåäìåòíûé óêàçàòåëü |
Abello, T. P. 50 90
Aberdeen Proving Grounds 43—44
Acoustic Barkhausen effect 342
Acoustic emission as nondestructive testing technique 353
Acoustic emission crack detection system 351
Acoustic emission during various transformations 335—340
Acoustic emission for metallic and silicate glasses and tapes 338—339
Acoustic emission in martensitic transformation 339
Acoustic emission in weld strength monitoring 352—353
Acoustic emission source for electrolytic iron 329
Acoustic emission source for mild steel 329
Acoustic emission source, determination of characteristics of 297—333
Acoustic emission, data dictation for 334—335
Acoustic emission, dislocation effects and 340—342
Acoustic emission, in-flight monitoring with 350
Acoustic emission, magnetomechanical 342—348
Acoustic emission, monitoring fatigue damage with 348—350
Acoustic emission, optical detection of 333—334
Acoustic emission, plastic strain rate and 341
Acoustic emission, practical applications of 350—353
Acoustic emission, signal pattern recognition in 334
Acoustic emission, system analysis for 304 334—335
Acoustic emission, update on 295—354
Acoustic horn 4
Acoustic impedance 40—41
Acoustic interferometer 38 45 49—50
Acoustic oscilloscope 24
Acoustic propagation loss 131—132
Acoustic radiation pressure 24
Acoustic reflection coefficient 163—164
Acoustic streaming 66—67
Acoustic theories, development of 50
Acoustic waves, absorption of 24—25
Acoustic waves, electric source term for 142—145
Acoustic waves, inaudible 2
Acoustic waves, surface see Surface acoustic wave filters Surface
Acoustic waves, visualization of 12
Acoustic-wave scattering from elastic targets 193—240
Acoustic-wave scattering, solid cylinders and spheres in 194—207
Acoustics, high-frequency see High-frequency acoustics
Acoustics, history of 2—20
Acoustics, ultrasonics and 2
Acousto-optic effects 48—50
Adams, P. L. 162 177 189
Admittance matrix, in three-port network 134
ae see Acoustic emission
Aigner, F. 27 90
Air bubble, sonar cross section and 229
Air-jet generator 39
Air-jet generator, improvements in 64
Albers, V. M. 90 95
Albersheim, W. J. 107 180 182 188
Alers, G. A. 297 356
Alexander, P. 68 69 70 90
Allen, C. H. 64 83 90
Alloys Steel Research Committee 76
Altberg, W. 24 90
Aluminum dust, in sound wave detection 49 63
American Communication Company 37
American Company of Aeroprojects 69
American Lighthouse Board 26
Ammonium dihydrogen phosphate 61—62
Andrade, E. N. 66 90
Animal audition, ultrasonics and 7—8
Antisubmarine warfare 52
Antropov, G. A. 83 92
Apodization, wave-front distortion and 124
Apodized transducers, dummy electrodes and 124—125
Arahori, T. 339 359
Arc oscillations, in telephone transmission 22
Arenberg, D. L. 78 90
Array factor for crossed-field model 138
Array factor for typical applications 177—187
Array factor in interdigital transducers 111
Array factor in transducer models 100—101 111
Array factor, delta-function model and 113—114
Array factor, diffraction or “beam steering” and 123—124
Array-factor analysis, crossed-field and generalized circuit models in relation to 154—160
Array-factor design, examples of 117—120
Array-factor response, transducer geometry design and 115—120
Array-impulse response 112
ASDIC (“Antisubmarine Detection Inventions Committee”) 33—34 37
Attenuaton mechanisms 15
Audibility limits 5—6 20—21
Audibility limits, high-frequency generators and 4—8
Auld, B. A. 101 130 133 145 187
Baboux, J. C. 317 356
Backscattered waves, amplitudes of 281
Bahr, A. J. 145 146 149 187
Bailey, C. D. 350 355
Balamuth, L. 50 63 67 83 90
Bandwidth parameter 171
Bar, R. 48 90
Baram, J. 339 355
Barkhausen effect, acoustical 342
Barkhausen effect, magnetic 347—348
Barnes, D. K. 66 92
Barnoski, M. K. 185 187
Baron, J. A. 350 358
Barone, A. 47 48 90
Barrick, D. E. 192 286 287 294
Barton, E. H. 22 90
Bates, J. L. 340 356
Bats, as “first ultrasonic echo-ranging system” 86—87
Bats, audible clicks from 52—53
Bats, echolocation in 86—87
Bats, ultrasound and 52
Bats, “sixth sense” of 4 27
Beattie, A. G. 334 339 340 355 357 358
Beissner, R. E. 347 358
Bell Telephone Laboratories 62 77
Bell, D. T., Jr. 114 117 162 188
Berg, R. D. 82 93
Bergmann, L. 40 48 49 50 53 55 56 57 58 59 60 78 88 90 96
Berlincourt, D. A. 62 90 113 137 140 187
Berman, A. 85 90
Bertoni, H. L. 226 292
Beyer, R. T. 16 90
Bianchetti, R. 342 355
Bienvenue, G. R. 83 95
Biological processes, ultrasound applications in 72—74
BIOS Reports 69—70
Biquard, P. 29 34 47 50 90 94
Bird calls, ultrasonic 6
Blaha, F. 72 90
Blake, F. G., Jr. 66 90
Blake, R. F. 27 90
Bleistein, N. 281 292
Bode, H. W. 161 188
Bojarski, N. 281 292
Bolt, R. H. 89 93
Bondy, C. 58 90
Bouyoucos, J. V. 84 90
Boyle, R. W. 35 38 39 42 59 90
Bracewell, R. M. 137 187
Brain, echo technique in study of 81—82
Breckenridge, F. R. 297 299 300 301 355
Breitenbach, E. D. 193 208 209 210 213 214 215 216 217 223 292 294
Brekhovskikh, L. M. 235 292
Brendel, K. 267 268 293
Brill, D. 197 240 249 261 262 292
Brillouin, L. 41 90
Bristol, T. W. 125 152 184 187 188
Brockelsby, C. F. 78 90
Brown, A. E. 353 356
Brown, B. 70 72 83 90
Brush Development Company 70—71
bubbles see Air bubble Cavitation Gas
Buried pulse 299—300
Burridge, R. 316 324 355
| Butterworth, S. 24 90
Cady, W. G. 17 24 30 32 33 35 36 37 42 49 61 66 88 91
Califano, V. E. 351 352 357
Campbell, J. J. 139 145 188
Cannelli, G. 339 355
Cantelli, R. 339 355
Capacitance transducers see also Transducer
Capacitance transducers, Green’s function and 315
Capacitance transducers, schematic drawing of 318
Capacitance transducers, “Yobell” specimen testing and 317
Carlin, B. 54 78 83 88 91
Carlos, M. F. 353 355
Carpenter, S. H. 296 340 341 342 355 357
Carter, S. W. 72 74 76 77 92
Carwile, P. B. 69 91
Castellano, A. C. 339 358 359
Cavitation bubbles, collapse of 39 66
Cavitation, classical studies in 66
Cavitation, ultrasonic 20 38—39 58
Cavities, elastic-wave scattering from 240—281 see Spherical
Ceramic stability, acoustic-emission monitoring and 350—351
Ceranoglu, A. N. 301 302 312 313 314 315 354 355 359
Cermak, I. A. 113 188
Chaffee, E. L. 23 91
Charge density distribution, for transducer electrodes 144
Chemical actions, ultrasonic effects on 58
Chemical-biological processes, ultrasonics in 72—74
Chipman, R. A. 23 91
Chou, C. C. 299 355
Circuit factor for simple matching circuits 164—166
Circuit factor for typical matching circuits 165
Circuit factor, transducer and 155
Circuit-factor compensation 160
Clay, C. S. 228 292
Clough, R. B. 301 359
Coagulating action, of ultrasonics 57
Coated shells, resonance scattering and 221—223
Cohen, E. 102 189
Collin, R. E. 120 188
Collingwood, J. C. 316 317 320 321 322 359
Collins, J. H. 102 103 132 133 135 136 138 142 157 189
Columbia University 38
Compressional waves 241—247
Condenser, spark discharge of 24
Continuous-wave generation 22—23
Convolvers, unapodized dispersive transducers and 184—187
Cooper, K. W. 66 92
Coquin, G. A. 101 188
Cornell University 312
Courtois, L. 287 289 293
Cowart, G. 290 294
Crack detection, AE system for 351 see
Crack volume, growing microcrack lifetime and 327
Cracking process, dislocation loop in 324—325
Cracking process, surface displacement for typical emission in 326
Cramer’s Rule 243
Cranes, acoustic emission testing of 350
Crawford, A. E. 57 64 70 71 73 78 79 86 88 91
Creasey, C. H. 9 10 91
Creeping waves 206 246
Cremer, L. 207 292
Crossed-field Mason circuit 137
Crossed-field model, array-factor analyses and 154—160
Crossed-field model, capabilities of 141—142
Crossed-field model, electrode mass/electrical loading and 140—141
Crossed-field model, element factor for 139—140
Crossed-field model, simple array-factor concept and 155—157
Crossed-field model, three-port circuit for 138—139
Crystal detectors 32 see
Crystal oscillator 36
Crystallography, Voigt investigations in 24
Curie, J.—P. 16 17 91
Curie, M. 17 91
Curie, P. 16 17 91
Curran, D. R. 62 90 113 137 140 187
Cylinders and spheres, resonance formulation for 197—202
Cylinders and spheres, scattering theory and 194—207
Cylindrical fluid-filled cavities 268—273
Cylindrical fluid-filled cavities, dispersion curves for 272
Cylindrical fluid-filled cavities, resonance theory for scattering from 270—271
Cylindrical shells, resonance theory for 208
Darlington, S. 107 180 182 188
Davis, H. 83 91
Dawson, W. J. 76 91
de Santo, J. 281 292
Debye — Sears effect 47 54
Debye, P. 47 91
DeForest triode 23
Dehlinger, P. 67 91
Delay lines 77—78
Delay lines with interdigital transducers 102—104
Delay lines, biphase coded tapped 119—120
Delay lines, tapped 183—184
Delay lines, transversal filter and 104
Delta-function model, interdigital transducer and 113—114
Derem, A. 193 292
Desch, C. H. 76 91
Despretz, C. 5 91
Detrex Corporation 68
Devin, Ch. 228 292
Di Franco, J. V. 105 188
Dickey, J. W. 207 213 292 293
Dieckmann, M. 23 91
Dielectric sphere, dispersion curves for surface waves of 291
Diffraction effect, acousto-optic effects and 48—49
Diffraction theory 49
Diffraction, ultrasound “prediction” of 47—48
Dipotassium tartrate 61—62
Direct-connection transducer 165—166
Dislocation effects, acoustic emission generation due to 340—342
Dislocation loop model for source event 325
Dislocation loop model in microcrack processes 324
Dispersion curves, for Rayleigh wave 213—217
Dispersive filters 180—183 see
Dispersive filters, design procedure for 181—182
Dispersive filters, example of 182—183
Dispersive transducers 181 —182
Dispersive transducers, unapodized 184—187
Djordjevic, B. B. 333 334 355 356
Doolittle, D. 208 227 292
Doppler radar, delay lines for 77
Dormann, J. L. 287 289 293
Double electrode, stopband problem and 125—126
Dove siren 8
Dragonette, L. R. 197 198 204 206 223 226 227 292 293 294
Dragun, L. R. 193 292
Drew, J. M. 350 356
Drouillard, T. F. 295 356
Drysdale, C. V. 29 91
Ductile fracture, surface displacement transient measurement during 321—323
Duddell, W. 22 91
Duff, A. W. 15 91
Duke, J. C. 348 356
Dummy electrodes, apodized transducers and 124—125
Duncan, H. A. 351 357
Dust figures, in sound velocity measurement 10—11 37
Dvorak, V. 11
Dye, D. W. 37 91
Dynamical Theory of Gases, The (Jeans) 24
Echo boxes, in radar calibration 78
Echo ranges, diurnal variation in 34
Echocardiography 81
Echolocation, in bats 86—87
Echoscope, as diagnostic instrument 80
Eckart, C. 66 91
Eckart, J. 264 292
Edelmann whistle 20—21
Edelmann, M. Th. 20 21 91
Edler, I. 82 91
Egami, T. 336 356
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