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| Felsen L., Marcuvitz N. — Radiation and scattering of waves |
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| Предметный указатель |
Impedance walls in anisotropic medium 781—83
Impedance walls, constant 554—62
Impedance walls, variable 674—85
Improper Riemann sheet 472
Infinity catastrophe (in radiated power) 753 769—71
Inhomogeneous media, ray trajectories in 112 130
Inhomogeneous media, space-time ray curves in 115
Inhomogeneous media, wavepackets in 115
Inhomogeneous slab 364
Inner product Hermitean 51
Inner product of two wavevectors 32
Integral equations for eigenvalue problem 330 333
Integral equations, solution by iteration 331
Integration paths,  dependence 466
Integration paths,  dependence 465
Integration techniques, plane-stratified regions 455—76
Integration techniques, wedge regions 639—50
Inverse-square profile 613
Ishimaru.A. 867 875 876
Jeffreys, H. 377 384 386 439 440
Jones, D.S. 429 441 532 628 685 696 738
Kay, A.F. 566 628
Kay, I. 122 181 365
Kazarinoff, N.D. 342 368
Keller, H.B. 365
Keller.J.B. 124 139 141 151 181 182 365 578 580 587 589 603 628 691 738
Kesler, O.B. 111 180
King, R.W.P. 685 696 738
Kirchhoff procedure 564
Kline, M. 122 181 429 441
Knopp, K. 459 627
Kogelnik, H. 846 876
Kolin, L. 718 739
Kontorovitch, M.J. 325 368
Kontorovitch-Lebedev transform 325 639
Kravtsov, Y.A. 592 629
Krichbaum.C.K. 699 739
Kurss, H. 81 180
Labianca, F. 139 181
Laleral rays (waves) 141 508 513 528 537 799 801 858
Laleral rays (waves) on anisotropic interface 802
Landau, L.D. 80 180 740 745 820
Langer, R.E. 336 342 368 710 739
Lax, B. 740 820
Leaky waves 540 542 545 600
Lebedev-Kontorovitch transform 325 705
Lebedev.N.H. 325 368
Leontovich, M.A. 626
Levey, L- 423 440 613 629
Levy, B.R. 141 181
Lewis, R.M. 122 126 142 151 153 175 181 182 422 440
Lifshilz, E.M. 80 180 740 745 820
LighihiH, M.J. 36 100 109 111 180
Lorch E.R. 277 278 367
Lossless medium 80
Ludwig, D. 592 628
Magnetic currents 86
Magnus, W. 95 123 180 181 258 259 260 262 315 317 319 343 352 367 368 369 418 419 438 440 467 473 621 627 718 728 739
Malyuzinec, G.D. 728
Mapping of complex plane 463
Marcinkowskl, C.J. 731 732
Marcuvitz.N. 188 192 203 219 220 238 274 288 367
Matching at interfaces 142 146 157 171
Matrix propagator 365
McDonald, H.M. 671 672 738
Mehler functions 706
Miller, J.C.P. 432 441 716 717 739
Modal representations see “Eigenfunctions”
Modal representations anisotropic medium 831—32
Modal representations unbounded cross sections 446 450
Mode functions see “Eigenfunctions”
Modes in cold plasma, extraordinary 843
Modes in cold plasma, ordinary 843
Morse, P.M. 2 180 241 273 334 367 368 454 627
Motz, H. 846 876
Moving point charge 494 532 766
Mueller.C 87 180
Mullaly, F. 843 876
Munford, C.M. 409 440
Network analysis, spherical region 225—32
Network analysis, uniform regions 202—17
Network representations of fields, acoustic 38
Network representations of fields, electromagnetic 43
Network representations of fields, plasma 46 47
Network representations of fields, transverse 2J7
Network representations, impedance boundary 556
Network representations, incident wave 204
Network representations, interface 515
Noble, B. 722
Non-reciprocal behavior 864 869
Nosova, L.N. 423 440
Oberhettinger, F. 95 123 180 181 258 259 260 262 315 317 319 343 352 367 368 369 418 419 438 440 467 473 621 627 662 666 667 669 670 671 718 728 738
of Green’s function 584
Oliner, A.A. 472 543 627
Olver, F.W.J. 336 343 345 368 710 715 739
Open cross-sections 248 259 296
Open-branched wavenumber surface 771 854
Operator methods 15 18 20 31—4
Operator, admittance 75 78
Orthogonality properties 51
Orthogonality properties in anisotropic medium 834
Oscillatory mode representations, for time-varying medium 177
Oscillatory mode representations, general properties 50—63
Panofsky, W.K.H. 496 627
Parabolic cylinder functions 419 436 437
Paths of integration, constant level 379—82
Paths of integration, constant phase 379—82
Paths of integration, steepest descent 381
Paths of integration, “stationary-phase” 381
Pearcey, T. 421 440
Phased line current 492 763
Phased plane sheet source 167
Philips, H.B. 191 220 238
Phillips, M. 496 627
Physical optics procedure 564
Pike, E.R. 337 368
Plane-stratified media 442 ff
Plane-stratified media, arbitrary profiles 571—94
Plane-stratified media, piecewise constant properties 444—55
Plane-stratified media, progress of a ray in 144
Plane-stratified media, ray equation in 131
Plane-wave incidence normalization 486
Plane-wave representations local 106 110
plasma see also “Cold electron plasma”
Plasma field 26—31 45
Plasma field, reduced formulation 30 31
Plasma, lossless, inverse-square profile 595
Plasma, uniaxially anisotropic 743
Poeverlein, H. 142 156 182
Polarization space, completeness relation 67
Pole (wave contributions) 470—73
Potential functions 192 (see also “Hertz potentials”)
Potential functions spherical 223
Potentials, Hertz see “Hertz potentials”
Pulse compression 178
Pulsed sources see “Field of various sources”
Radial transmission, cone 703
Radial transmission, cylinder 689
Radial transmission, dielectric slab 546—47
Radial transmission, sphere 701
Radial transmission, wedge 664 684
Radiated power catastrophe 771 (see also “Infinity in”)
Radiated power, acoustic source 40—41
Radiated power, electric current source 44
Radiated power, electric current source in plasma 48
Radiated power, steady state electric current 477
Radiating aperture 234 236
Radiation condition 87
Radiation condition in anisotropic media 748
Radiation integral, evaluation of 464—70
| Rawer, K. 620 629
Ray equations 128
Ray equations for plane-stratified medium 131
Ray method 124
Ray method, geometrical theory of diffraction 139
Ray tracing in anisotropic medium 512
Ray tracing in isotropic medium 792
Rays in anisotropic media 144 145 784
Rays in inhomogeneous media 112 130—32
Rays in inverse square profile 606
Rays in plane-stratified medium 580
Rays in slowly varying medium 575—83
Rays, complex 578
Rays, diffracted 140
Rays, guided, trapped 592
Rays, monotonic profile 584
Rays, phase change 577—78
Rays, reflection and refraction in anisotropic medium 156
Rays, reflection at a curved boundary 169
Rays, refraction at a curved boundary 170
Rays, space-time 97 153—57
Rays, transverse resonance 593
Rays, turning point 580
Rays, vector velocity of 104
Reciprocity relations 5 6 14 33—34
Reciprocity relations time-harmonic 194—98
Resonant transmission-line method 268
Rice, S.O. 375 419 439
Riemann sheet 536 (see also “Riemann surface”)
Riemann surface 458 463 480 517
Riemann surface, angular transmission 312
Riemann surface, four-sheeted 804
Riemann surface, two-sheeted 623
Ring current 236 617
Rosenbaum, S. 139 181
Rothman, M. 423 440
Ruck, G.T 699 739
Rulf, B. 783 820
Rydbeck, O.E.H. 351 369
Saddle points 97—98 109 371 377—78
Saddle points, graphical method for location of 103 113 469 851
Saddle points, higher-order 397—99
Scalar time-harmonic fields, asymptotic solution for 128—34
Schelkunoff, S.A. 190 193 203 222 238
Schwinger, J. 188 238
Seckler, B.D. 139 151 181 182 578 580 587 589 603 628
Semiinfinite cone 703—10
Semiinfinite dielectric 506—38
Senior, T.B.A. 626 660 664 667 669 685 690 696 697 699 701 703 707 708 718 738
Seshadri, S.R. 844 849 863 866 869 876
Shadow regions 631
Signal propagation in dispersive medium 119—22
Sitenko, A.G. 534 535 628
Slater, L.J. 345 368
Slow waves 493 (see also “Surface waves”)
Slurm — Liouville problem 241 273
Sommerfeld, A. 87 326 368 488 509 510 520 523 557 627 628 650 661 663 673 737
Space-time ray, amplitudes 153
Space-time ray, curves in inhomogeneous media 115
Space-time rays see “Rays”
Spectral (proper) sheet 298
Sphere perfectly conducting 231 701
Sphere “perfectly absorbing” 229
Spheric a] waves, diffraction by a cone 703
Spheric a] waves, diffraction by a sphere 701
Spheric a] waves, diffraction by an edge 667
Spheric a] waves, excitation by a dipole source 477
Spheric a] waves, network formulation 225—32
Spheric a] waves, reflection and refraction 508—12
Standing wave formulation 204 283
Staras, H. 756 769 820
Stationary points see “Saddle points”
Stengler, F. 345 369
Stratton, J.A. 9 89 180 192 218 222 238 447 511 627 628
Stuart, W.D. 699 739
Surface currents, induced 88
Surface wave 510 537 540 542 543 545 622 679 782 867
Surface wave, antennas 683
Surface wave, “Iossy” 556
Surface, dispersion 101
Swanson, C.A. 345 368
Tai, C.T. 869 876
Talanov, V.I. 684 738
Talich, V.S. 534 535 628
Tamir, T. 472 543 627
Tamm, I.G. 496 627
Temporal inhomogeneily 176
Thermodynamic paradox 867
Time-varying medium, oscillatory representations 177
Tip condition 704
Tipped wedge 630
Titchmarsh, E.C 34 42 180
Transformed Green’s function 67
Transient fields, power flow 453
Transition functions 591 646 805
Transition regions 98 666 681 853—54
Transmission lines, angular 306—13
Transmission lines, average power 221
Transmission lines, image representation 312
Transmission lines, infinite angular line 310
Transmission lines, infinite point source 206
Transmission lines, non-conventional 832—37
Transmission lines, non-uniform 328
Transmission lines, non-uniform, Airy functions 340 358
Transmission lines, non-uniform, Born approximation 334
Transmission lines, non-uniform, comparison equation 336
Transmission lines, non-uniform, confluent hypergeometric function 334
Transmission lines, non-uniform, continuous transition 350—53
Transmission lines, non-uniform, Epstein solution 353—58
Transmission lines, non-uniform, Weber’s parabolic functions 342
Transmission lines, one-dimensional eigenvalue problem 253—54
Transmission lines, planar stratification 329
Transmission lines, radial 323—28
Transmission lines, relation non-conventional 836
Transmission lines, resonance 215—17
Transmission lines, Riemann surface 312
Transmission lines, spherical regions 314—20
Transmission lines, standing-wave description 209
Transmission lines, terminated 207
Transmission lines, traveling-wave description 208
Transmission lines, WKB approximation 328 358
Transmission-line equations 190
Transmission-line equations, radial 323
Transmission-line equations, spherical 218—22
Transmission-line equations, uniform 202—17
Transmission-line networks, acoustic 70
Transmission-line networks, electromagnetic 73
Transport equations 129 136 155
Transposed problem 91
Transverse field equations, anisotropic medium 841
Transverse field equations, dyadic permittivity 870
Transverse field equations, sphericaJ 218—19
Transverse field equations, uniform 186
Transverse resonance (transmission) 216 538 545 557 607
Transverse resonance (transmission), analysis 268
Transverse resonance (transmission), ray 593
Transverse vectors 191
Trapped modes (waves) 294 297
Traveling-wave formulation 204 283
Tricomi, F. 317 368
Tumarkin, S.A. 423 440
Uniaxial anisotropy 745
Uniaxial medium 742 873
Uniaxial permittivity 753
Ursell, F. 415 440
Uslenghi, P.L.E. 660 664 667 669 685 690 696 697 699 701 703 707 708 718 738
Van der Waerden, B.L. 399 440
Wait, J.R. 49 180 514 628 685 689 690 696 697 718 738
Watson transformation 701 726
Watson, G.N. 330 332 368 436 600 629 701 710 726 739
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