|
|
 |
| Авторизация |
|
|
|
| Поиск по указателям |
|
|
|
|
|
|
|
 |
|
|
|
| Mason W.P. (ed.) — Physical Acoustics. Principles and Methods (volume 10) |
|
|
|
| Предметный указатель |
Surface waves, excitation of by plane incident wave 45—54
Surface waves, generation of 7
Surface waves, group velocities in 120
Surface waves, nonevanescent 36
Surface waves, pseudo wave in 106
Surface waves, pulse theory in 26—29
Surface waves, Rayleigh series in 46 52
Surface waves, Rayleigh waves as 1 4
Surface waves, saddle-point method in 10—12
Surface waves, steady-state theory in 21—26 37—54
Surface waves, transient problem in 54^-56
Surface waves, velocity of 1
Synthetic-aperture concept, in acoustic holograms 332—340
Synthetic-aperture radar 332—338
Synthetic-aperture radar, forward-scatter type 341—342
Synthetic-aperture radar, pulse in 355
Synthetic-aperture systems in acoustic applications 353—358
Synthetic-aperture systems, side-looking 334 347
Synthetic-aperture systems, stationary 340—348
Szklarz, E.G. 194 195 293
Tachikawa, K. 206 295
Takano, S. 206 295
Tamir, T. 20 60
Tang, S.C. 54 60
Taylor, R.D. 277 295
Television viewing, of schlieren photographs 67
Temperature dependence in Batterman — Barrett transformation 225—226
Temperature dependence of elastic moduli in A-15 structure superconductors 222—239
Testardi, L.R. 195 204 206 208 212 214 215 216 218 219 220 222 223 224 225 226 229 230 235 236 237 239 240 242 244 245 248 249 250 251 252 254 256 257 258 260 268 269 270 271 272 273 274 275 276 281 283 287 288 289 290 291 292 293 295 296
Testardi, L.R., and Condon, J.H., Landau quantum oscillations of the velocity of sound and the strain dependence of the Fermi surface VIII 59
Testardi, L.R., Elastic behavior and structural instability of high temperature A-15 structure superconductors X 193
Tetragonal distortion, in A-15 structure superconductors 251—256
Tetragonal strains, in A-15 structure superconductors 270—272
Thin films, microsonics of 183—185
Thin-plate resonances, ultrasonics and 166—169
Thomas, R.L. 130 137 140 141 155 156 162 170 171 172 174 175 177 180 181 182 183 189 190 191
Thompson, D.O., and Pare, V.K., Use of anelasticity in investigating radiation damage and the diffusion of point defects IIIA 293
Thurston, R.N., Use of semiconductor transducers in measuring strains, accelerations, and displacements IB 215
Thurston, R.N., Wave propagation in fluids and normal solids IA 1
Thurstone, F.L. 349 384
Tittmann, B.R. 217 296
Transducer, electromagnetic vs.piezoelectric 145
Transparent objects, surface waves from 33—37
Transverse fields, Maxwell's equations for 152
Tretjakov, B.N. 205 206 294
Treyvaud, A. 201 293
Truell, R., Elbaum, C., and Hikata, A., Ultrasonic methods in the study of plastic deformation IIIA 199
Tsujiuchi, J. 380
Tucker, E.B., Paramagnetic spin- phonon interaction in crystals IVA 47
Tunneling studies, in A-15 structure superconductors 266—268
Turner, G. 137 140 141 155 156 170 171 190 191
Turner, R. 132 167 168 173 191
Tuttle, F. 374 384
Tyler, G.L. 333 384
Ueberall, H. 23 27 28 29 43 44 46 47 48 49 50 51 54 55 58 59 60 62 71 76 77 82 125 126
Ueberall, H., Surface waves in acoustics X 1
Ugincius, P. 29 43 44 46 47 48 49 54 55 58 60 62 71 76 77 82 125 126
Ultrasonic attenuation in A-15 structure superconductors 216—222
Ultrasonic attenuation, temperature dependence in 222
Ultrasonic camera, for acoustic holograms 351
Ultrasonic dispersion, in A-15 structure superconductors 229
Ultrasonic measurements, "Hookian" region of 230
Ultrasonic system, generators and receivers in 128—129
Ultrasonic waves, acoustic energy and 134
Ultrasonic waves, coil design in 138—142
Ultrasonic waves, electromagnetic generation of 127—189
Ultrasonic waves, fundamental experiments in 135—138
| Ultrasonic waves, high-temperature results in 135—148
Ultrasonic waves, polarization of 170
Ultrasonics, low-temperature results in 170—185
Ultrasonics, semimetals and 162—166
Ultrasonics, thin-plate resonances and 166—169
Underwater applications, of acoustic holography 361—366
Unit cell changes, in A-15 structure superconductors 206—209
Upatnieks, J. 299 332 383
V atom Knight shift 199—200
Valdre, V. 209 294
Van der Pol, B. 45 60
van Reuth, E.C. 280 294
Van Rooy, D.L. 366 368 369 381 382
Vance, E.R. 216 227 228 285 293 296
Vasil'ev, L.A. 61 126
Vieland, L.J. 198 204 205 206 208 211 213 234 255 264 268 277 281 282 293 296
Vignos, J.H. see "Eckstein S.G."
Viktorov, I.A. 2 4 6 7 38 41 60 87 122 126
Viswanathan, R. 203 255 294 296
Vivian, W.E. 332 333 382
Volume strains, in A-15 structure superconductors 272
von Gutfeld, R.J., Heat pulse transmission V 233
von Schmidt, O. 14 17 60
Wait, J.R. 5 38 40 60
Wallace, W.D. 130 133 140 145 146 147 154 155 170 172 190 191
Wanagel, J. 205 209 211 296
Wang, J.F. 54 59
Warren, R.W. 214 296
Water, surface waves from plates in 118—124
Water-aluminum surface, Rayleigh waves, and 107—108
Watson — Sommerfeld transformation 22 24 29 56 78
Watson, G.N. 22 60
Watts-Tobin, R.J. 130 136 137 138 146 149 150 153 190
Wave energy, diffraction and focusing of 303 see
Wave fronts, group velocities of 120
Webb, G.W. 198 296
Webber, G.M.B., and Stephens, R.W.B., Transmission of sound in molten metals IVB 53
Weger, M. 196 197 221 222 224 235 237 255 278 279 284 285 293 295 296
Weisbarth, G.S. 184 191
Wernick, J.H. 194 202 203 204 214 224 230 235 236 237 239 242 250 256 257 268 283 288 291 294 295 296
Wert, C., Determination of the diffusion coefficient of impurities by anelastic methods IIIA 43
Weyl, H. 5 60
White D.L., The depletion layer and other high-frequency transducers using fundamental modes IB 321
Wicklund, A.W. 198 204 211 213 234 255 264 268 282 296
Wilkins, J.W. 129 135 137 140 170 174 178 190
Willens, R.H. 194 201 204 206 282 293 296
Williams, H.J. 194 197 200 204 295 296
Williams, P.F. 268 293
Wittig, J. 259 293
Woodard, D.W. 201 203 296
Wright, W.M. 29 60 81 126
Wuerker, R.F. 370 382
Wylda, B.J. 195 295
X rays, acoustic holograms and 358
Yafet, Y. 197 293
Yeager, E. see "Stuehr J."
Yen, D.H.Y. 54 60
Ying, S.C. 169 190
Young, H.J. 383
Young, J. 181 189
Zemel, A. 184 185 190
Zenneok, J. 5 60
Zilinskas, G. 364 383
Zone plates, converging waves generated by 306
Zone plates, holograms and 301—311
Zone plates, production of 302
Zone plates, reflection 321—237
|
|
|
| Реклама |
|
|
|
|
|
О проекте