|
|
 |
| Àâòîðèçàöèÿ |
|
|
|
| Ïîèñê ïî óêàçàòåëÿì |
|
|
|
|
|
|
|
 |
|
|
|
| Lindsay R.B. — Mechanical Radiation |
|
|
|
| Ïðåäìåòíûé óêàçàòåëü |
String, standing waves in 116—118
String, vibrating, equations of motion 113—114
Structural relaxation 339—347
Sum and difference frequencies (combination tones) 18
Sun spots 209
Superconductivity 369
Superposition of diffracted waves 58—60
Superposition of harmonic waves 12—17
Superposition principle 23 69
Surface density in membrane 131
Surface tension in membrane 131
Surface tension, wave in liquid 200—201
Surface waves in liquids 198—206
Surface waves in solids 190—194
Takagi, S. 362
Tamarkin, P. 226 227 229 369
Tamm, K 362
Tangential waves 73 332
Temperature dependence of viscosity 280
Temperature distribution in sea water 318
Temperature variation of attenuation in shock front 289
Temperature variation of attenuation in superconductors 370
Temporal attenuation 29 194
Tensile stress 21 31 145
Tetrahedral symmetry in water 339
Thermal coefficient of volume expansion 267
thermal conductivity 266 306
Thermal relaxation process 336 338
Thermocline 318
Thermodynamical affinity 341
Thermodynamics, first law, application to shock waves 289—290
Thermodynamics, first law, application to sound attenuation in fluid 336
Thermodynamics, first law, application to viscous thermally conducting fluid 306
Tidal waves 204—205
Time fluctuations of intensity 34
Time, average flow of energy in wave 32
Tisza, L. 375 378
Titchmarsh, E.C. 106
Torrance, C.C. 44 150
Torsional waves 185—186
Total curvature 187
Total dilatational strain 146—147 150
Total reflection 224—225
Towle, D.M. 283 285
Transducer, electrodynamic 248
Transducer, electromagnetic 248
Transducer, electrostatic 249
Transformation function in mechanics 46—47
Transition rates in relaxation theory 335
Transmission across absorbing interface 77—78
Transmission across interface at oblique incidence 222—226
Transmission across plane interface 74—77
Transmission band in loaded string filter 126
Transmission band in simple linear filter 85
Transmission coefficient for finite layer 80—81
Transmission coefficient for normal incidence at interface 77
Transmission in loaded string 124—130
Transmission in underwater sound 320—321
Transmission in underwater sound through temperature gradient 318
Transmission past branch in acoustic line 236
Transmission past Helmholtz resonator in acoustic line 238
Transmission past orifice in acoustic line 239
Transmission through horn 396
Transmission through tube with expansion 234—235
Truesdell, C 269
Turner, A.F. 86
Two-state liquid, propagation of sound in 339—347
Ultrasonic radiation 12
Ultrasonic radiation as source of cavitation in liquids 360—362
Ultrasonic radiation associated with acoustic streaming 354—360
Ultrasonic radiation from piston source 256
Ultrasonic radiation from vibrating sphere 91
Ultrasonic radiation in liquid helium 375—378
Ultrasonic radiation in solids at low temperature 366—370
Ultrasonic radiation in underwater transmission 320
Ultrasonic radiation sources 249—251 371
Ultrasonic radiation, absorption and dispersion in fluids on molecular theory 334—351
Ultrasonic radiation, absorption and dispersion in thermally conducting fluid 266—270
Ultrasonic radiation, absorption and dispersion in viscous fluid 261—266
Ultrasonic radiation, hypersound 370—375
Ultrasonic radiation, impedance for spherical waves 219
Ultrasonic radiation, ray treatment in nonhomogeneous moving medium 296—303
Ultrasonic radiation, scattering by obstacles 226—233
Ultraviolet radiation 12
Underwater sound channels 320
Underwater sound, Lloyd mirror effect 316—318
Underwater sound, shadow zone 319
Unimolecular reaction 349
Unit matrix 156 383
Ursell, F. 206
Van der Waals’ equation 214 see
Variational integral for membrane 133
Variational method for wave equation 39—41
Vector diagram in diffraction 59
Vector potential 170
Vector, irrotational 24
Vector, irrotational, in displacement of elastic medium 148
Vector, solenoidal 24
Velocity of advance of wave front 27
Velocity of compressional wave in ideal fluid 150
Velocity of dilatational wave 149 159—160
Velocity of elastic waves in cubic crystal 159
Velocity of elastic waves in hexagonal crystal 159
Velocity of electromagnetic waves 167
Velocity of finite amplitude surface wave in liquid 205
Velocity of flexural wave in plate 189
Velocity of flexural wave in solid rod 182
Velocity of gravity wave in, liquid 199
Velocity of irrotational wave 149
Velocity of longitudinal wave in solid rod 178
Velocity of longitudinal wave in string 115
Velocity of Love waves 325
Velocity of magnetohydrodynamic wave 208
Velocity of seismic radiation 321
Velocity of solenoidal wave 151
Velocity of sound by light diffraction 362—365
Velocity of sound in gas subject to relaxation process 337
Velocity of sound in ideal gas 212
Velocity of sound in liquid helium 377
Velocity of sound in liquids 214—216
Velocity of sound in liquids, subject to relaxation 342
Velocity of sound in real gas 213
Velocity of sound in van der Waals’ gas 214—215
Velocity of sound in very narrow tubes 353
Velocity of sound waves in fluids 211—216
Velocity of sound, molecular radius in terms of 215— 216
| Velocity of surface tension wave in liquid 201
Velocity of torsional wave in rod 185
Velocity of transverse wave in string 115
Velocity of water wave 200
Velocity potential associated with irrotational wave 149—150
Velocity potential for propagation through flowing gas 309
Velocity potential in acoustic radiation in fluids 210—211
Velocity potential in irrotational flow of incompressible fluid 196—206
Velocity potential in radiation from piston source 252—253 257
Velocity potential of harmonic wave in fluid 218
Velocity, group, in configurational dispersion in solid rod 179
Velocity, group, in connection with light 111
Velocity, group, in crystal lattice 164—166
Velocity, group, in dispersive medium 109—112
Velocity, phase 8 28
Velocity, phase, variation with wavelength and frequency 111
Vibrating reed 183
Vigoureux, P. 365
Virial coefficients 213—214
Viscoelasticity 351—354
Viscosity of electron gas 367
Viscosity of liquid, acoustical determination 353—354
Viscosity, shear 264
Viscosity, volume see “Bulk viscosity”
Viscous fluid, Eulerian equation of motion 279—280
Volume current 218
Volume viscosity see “Bulk viscosity”
Wake 136
Wallace, W.A. 283 285
Water equation of state 340
Water, attenuation of sound in 339—347
Watson, G.N. 96
Wave equation by variational method 39—41
Wave equation for one dimension 20
Wave equation for rod in flexure 181
Wave equation for spherical coordinates 101
Wave equation for three dimensions 22 88
Wave equation in cylindrical coordinates 93
Wave equation, general solution by Liouville method 379—381
Wave equation, linearity 23
Wave function for simple progressive wave 4
Wave mechanics 47
Wave normal 9
Wave parameter (k) 9—12 24—25
Wave parameter, complex 28—29
Wave pulse in nondispersive medium 105—109
Wave pulse, sinusoidal 105
Wave pulse, square 105
Waveform for macrosonic wave 277—279
Wavefront 8—9
Wavefront in eikonal theory 42—45
Wavefront in nonhomogeneous moving medium 297—303
Wavefront, scattering by vortex 302
Wavelength of harmonic wave 10
Waves in anisotropic media 155
Waves in incompressible fluid 196—206
Waves in loaded string 124—130
Waves in membrane 131—140
Waves propagation across boundaries 74—78
Waves propagation in crystal lattice 160—166
Waves propagation in moving viscous thermally conducting fluid 303—310
Waves propagation through finite layer 79—81
Waves pulse in dispersive medium 109—112
Waves pulse, deformation 112
Waves pulse, Fourier analysis 105—109
Waves, acoustical 1
Waves, attenuated 4
Waves, axial 73 332
Waves, capillary, in liquid 201
Waves, compressional, in fluid 210—211
Waves, compressional, oblique, at plane boundary 221—226
Waves, damped harmonic 27—30 263
Waves, dilatational, in elastic medium 149—150
Waves, diverging, in three dimensions 6—9
Waves, elastic, in homogeneous isotropic medium 147—153
Waves, flexural, in flat plate 186—190
Waves, flexural, in rod 179—185
Waves, harmonic 9—12
Waves, harmonic surface, in solid 192—194
Waves, impedance, in fluid 217—220
Waves, impedance, of acoustic 218—221
Waves, intensity in fluid 216—217
Waves, interference of 57—61
Waves, longitudinal 23
Waves, longitudinal, in homogeneous isotropic medium 149
Waves, Love 322—325
Waves, macrosonic, absorption coefficient for 283—284
Waves, macrosonic, breaking 279
Waves, macrosonic, waveform for 277—279
Waves, oblique, in three-dimensional space 73 332
Waves, outgoing 96 103
Waves, plane harmonic 11
Waves, polarization 66—67
Waves, progressive harmonic 9
Waves, progressive, in three dimensions 8
Waves, radial torsional, in membrane 392
Waves, radio, frequency range 12
Waves, seismic 321—325
Waves, shear, in liquid 351—354
Waves, spherical 7
Waves, spherical harmonic 11
Waves, spherical, from vibrating sphere 88—90
Waves, spherical, macrosonic 275
Waves, stationary (or standing), in finite string 116—118
Waves, stationary (or standing), in linear medium 16
Waves, stationary (or standing), in room 331—333
Waves, stationary (or standing), in three-dimensional medium 26—27 71—72
Waves, stationary (or standing), intensity 35—39
Waves, tangential, at surface 73 332
Waves, torsional, in solid rod 185—186
Waves, transverse 23
Waves, ultrasonic 12 See
Wei, Y.T. 315
Werth, G.C. 283 284
Westervelt, P.J. 280 357
White, H.E. 60 226 318 363
Whittaker, E.T. 96 222
Williams, A.O., Jr. 261
Wilson, E.B. 187
Woods, F.S. 19
Work done by generalized force on string 120
X rays 12
X-cut crystal 249
Young’s experiment on interference of light 60
Young’s modulus 21 114 146 172 181
Zemansky, M.W. 267 287
Zener, C 159
|
|
|
| Ðåêëàìà |
|
|
|
|
|
|
|
|
Î ïðîåêòå