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| Ïîèñê ïî óêàçàòåëÿì |
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| Felsen L., Marcuvitz N. — Radiation and scattering of waves |
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| Ïðåäìåòíûé óêàçàòåëü |
Acoustic field 31 68
Adjoint eigenvalue problem 53
Adjoint operator 32
Adjoint wavevectors 837
Admittance dyadic 45
Airy integral 391—97 413 424
Airy integral functions 432—36
Airy integral incomplete 427
Allis, W.P. 843 876
Alternative representations 284 561 729
Alternative representations, contours 480
Alternative representations, cylinder 685—91
Alternative representations, free space Green’s functions 481
Alternative representations, half-plane 660—73
Alternative representations, radial transmission 546—47
Alternative representations, spherical regions 288
Alternative representations, wedge 660—73
Angular transmission representation 635—38
Angularly propagating waves 653
Anisolropic diffraction, cylinder of arbitrary cross section 776
Anisotropic media, anharmonic fields in 82
Anisotropic media, constitutive parameters 80
Anisotropic media, lateral ray on interface between 148
Anisotropic optical lens 807
Antennas highly directive 775
Antennas surface wave 562—71
Aperture excitation 562
Arbel, E. 756 769 820 841 844 846 848 852 854 855 875
Associated Legendre function 438
Asymptotic expansions for Airy functions 394—95
Asymptotic expansions for high-frequency electromagnetic field 135
Asymptotic expansions for integrands with two saddle points 416
Asymptotic expansions, canonical form 370—77
Asymptotic expansions, complete 384—86
Asymptotic expansions, isolated first-order saddle point 382—97
Asymptotic expansions, leading term in 134
Asymptotic representations for Bessel functions 710—18
Asymptotic representations for Legendre functions 315
Asymptotic representations, field in inhomogeneous slab 364
Asymptotic representations, parabolic cylinder function 364
Backward waves 472 743 791
Barios, A. 511 523 628 815 820
Barlow, H.E.M. 564 566 628
Barrick, D.E. 699 739
Barsukov, K.A. 855 876
Bateman.H. 353
Bers, A. 843 876
Bessel functions, large complex argument 710
Bessel functions, spherical 226
Black screen 650
Bleisvein, N. 123 175 181 375 407 419 439 440
Borgnis, F.E. 197 238
Born, M. 129 132 135 181 740 745 820
Bowman, J.J. 660 664 667 669 670 672 673 685 690 696 697 699 701 703 707 708 710 718 738
Branch-point, singularities 459
Branch-point, wave contributions 470—73 528 799—806
Brekhovskikh, L.M. 120 181 353 369 421 440 510 512 513 578 592 593 627 628 629 804 820
Bremmer, H. 222 238 347 369 613 629 728
Brown, J. 564 566 628
Buchal.R.N. 124 181
Buchsbaum, S.I. 845 876
Budden, K.G. 104 180 344 345 368 397 440 593 629 740 820 857 876
Bunkin, F.V. 846 876
Button, J. 740 820
Campbell, G.A. 29 180
Carslaw, H.S. 704 739
Causality condition (Radiation condition, Outgoing wave Condition) 8 49
Caustic 502 584 806 808
Caustic, evaluation near 590—92
Caustic, location of 133
Cavity modes 217
Cerenkov coherence condition 767
Cerenkov radiation 496
Characteristic Green’s function (resolvent) 273—328
Characteristic Green’s function (resolvent), alternative representations 284—88
Characteristic Green’s function (resolvent), alternative representations, spherical regions 2S8
Characteristic Green’s function (resolvent), cylindrical geometries 324
Characteristic Green’s function (resolvent), general form 280
Characteristic Green’s function (resolvent), Hermitian case 276
Characteristic Green’s function (resolvent), network equal ions 276
Characteristic Green’s function (resolvent), open cross-sections 296
Characteristic Green’s function (resolvent), rectangular cross sections 289—306
Characteristic Green’s function (resolvent), resonant condition singularities 279
Characteristic Green’s function (resolvent), singularities 276
Characteristic Green’s function (resolvent), spherical 324
Characteristics, method of 127
Charges in uniform rectilinear motion 453—55
Chester, C 415 440
Circular waveguide point-source-excitation 448
Clemmow, P.C 26 180 312 367 409 440 484 514 627 628 733 752 763 767 814 815 820 840 843 846 875 876
Cold electron plasma 82
Cold electron plasma, cylindrical obstacle in 874
Cold electron plasma, dispersion relation in 104
Cold electron plasma, inhomogeneous 163
Cold electron plasma, live source in 166
Cold electron plasma, magnetoplasma 837—70 860
Cold electron plasma, uniaxially anisotropic 102
Collin, R.E. 545 628
Comparison functions 337—45
Complete orthonormal set 277—78
Completeness relations 35 52
Completeness relations in polarization space 53
Completeness relations, three-dimensional 51
Conducting sphere 701
Cone see also “Semiinfenite cone”
Cone, conducting semiinfinite 734 735
Cone, tip 89
Cone, wide-angle and narrow-angle 734
Conservation-ofcnergy 3 10 27
Constant impeduncc surface 554—67
Conte, S.D. 402 440
Continuous planar stratification 594—622
Continuous spectrum, various geometries 250 261 273 298 301 304 325 363 549 561
Coordinate scaling transformation 778
Copson, E.T. 117 180 356 369 377 384 393 394 395 396 431 439 441
Courant, R. 127 181 606 629
Creeping ray or wave 141 691 727
Critical points in differential equations 336
Critical points in integral representations 97
Cullen, A.L. 562 628
Current distributions in cylindrical regions 186
Current distributions in spherical regions 219
Curved boundary, reflection from 169
Curved boundary, refraction at 170
Curved scatterer in anisotropic dielectric 818
Cusp, field near 811
Cusp, focal region 812
Cylinder with periodic surface impedance 732
Cylinder, impedance modulation 730
Cylinder, scattering by 685—98
Cylindrical sheet source 168
de Bruijn, N.G. 377 384 439
de Hoop, A.T. 525 526 628
Debye formula for Bessel functions 418
Debye, P. 710 739
Deschamps, G.A.. Ill 180 843 876
Dielectric constant, negative 535—38
Dielectric constant, tensor 82
Dielectric, gap 543
Dielectric, semiinfinite 506
Dielectric, slab 538—54
Dielectric, sphere 231
Diffracted field, absorbing wedge 652 654
Diffracted field, conducting cone 705—10
Diffracted field, conducting cylinder 691
Diffracted field, conducting half plane 665
Diffracted field, conducting wedge 661
Diffracted field, dielectric Interface 508
Diffracted rays 141 652
Diffracted wavefront 655
| Diffraction coefficient 152
Diffraction integral for wedge problems 641
Diffraction integral, typical example 407—10
Diffraction, cylinder 685
Diffraction, half-plane in anisotropic medium 783 869
Diffraction, small cylinder 689
Diffraction, wedge 650 660
Discrete spectrum for various configurations 244 247 258 295
Discrete spectrum, surface waves 299 547 555—57 682
Dispersion equation in uniaxially anisotropic cold electron plasma 102
Dispersion equation space- and time-dependent 126 154
Dispersion relations, acoustic field 37 39
Dispersion relations, electromagnetic field 43
Dispersion relations, one-component plasma 48
Dispersion surface in isotropic plasma medium 157 175
Dispersion surface in magnetoactive medium 101
Dispersion, spatial and temporal 2 31
Double Fourier integral representation 447
Dougherty, J.P. 26 180
Ducts 606—13
Dyadic “admittance” operator 838
Eckarl, G. 620 629
Eckart, C 620 629
Edge condition 89 664
Edge-diffracted rays 140 147 150 640 652 665
Eiconal equation 136
Eiconal equation of geometrical optics 126
Eigenfunctions see also “Continuous spectrum” “Discrete
Eigenfunctions, normalization 281
Eigenvalue problems, formulation of 66 68 241 329 336
Electromagnetic field asymptotic expansion for 135
Electromagnetic field basic equations 9
Electromagnetic field guided waves in 71
Epstein profile 619
Epstein, P.S. 353 369 620 629
Equivalent configurations 615
Equivalent source distributions 187 219 746 832
Equivalent surface distributions electric and magnetic charges or currents 86
Erdelyi, A. 317 336 345 368 384 394 395 396 440 678 679 738
Error-function complement 405
Exponential integral 436
Fast waves 493
Felsen L.B. 139 141 147 177 181 182 423 440 613 629 676 681 682 704 707 709 728 731 732 734 738 739 752 763 769 778 785 789 807 818 820 841 844 855 857 871 876
Fermat’s principle 132
Feshbach, H. 241 273 334 367 368 454 627
Field equations acoustic 4
Field equations adjoint 5
Field equations Euler 2
Field equations general linear field (abstract) 31—34
Field equations longitudinal and transverse 38
Field equations scalar acoustic 2
Field of various sources, impulsive electric current 21
Field of various sources, impulsive, electric and magnetic 450—52 482 523
Field of various sources, impulsive, in time-dependent medium 162
Field of various sources, point electric dipole 16
Field of various sources, point source in anisotropic dielectric 139
Field of various sources, point source in circular waveguide representation 448—49
Field representations asymptotic 124
First-order differential equation solution of 179
Foci location of 133
Fock, V.A. 151 182 520 628 685 696 699 738
Focusing phenomena 812 859
Foster, R.M. 29 180
Fourier-Bessel or Hankel transformation 260 416—18 447
Frank, I.M. 496 627
Frankena, H.J. 525 526 628
Franz, W. 691 692 693 718 738 739
Frequency modulated pulse 178
Fresnel integral 427
Fried, B.D. 402 440
Friedlander, F.G. 312 367
Friedman, B. 16 32 180 247 260 274 278 280 367 415 440
Galle, R. 718 739
Garabedian, P.R. 127 181
General iransmission-line analysis 836
Geometric-optical field 128—39
Geometrical theory of diffraction 139—49
Ginzburg, V.L. 80 136 181 740 820
Goryanov, A.S. 707 710 739
Granoff, B. 126 181
Green’s functions 68
Green’s functions for electromagnetic field 11
Green’s functions, acoustic 7 37
Green’s functions, adjoint 6 13
Green’s functions, adjoint problems 1
Green’s functions, anisotropic medium 846
Green’s functions, asymptotic form 175
Green’s functions, construction 214
Green’s functions, cylindrical regions 633 638
Green’s functions, dyadic 195 197
Green’s functions, dyadic, for bounded cylindrical regions 23—25
Green’s functions, dyadic, for unbounded, isotropic electronplasma 28—30
Green’s functions, dyadic, spherical region 224
Green’s functions, dyadic, uniaxial medium 750
Green’s functions, electromagnetic 14 41 74
Green’s functions, free space (scalar) 8 9
Green’s functions, free-space, dyadic 17
Green’s functions, functional dependence 455
Green’s functions, inhomogeneous medium 200—202
Green’s functions, matrix 52 53
Green’s functions, operator 33
Green’s functions, operator procedure for 15
Green’s functions, oscillatory representation of 55
Green’s functions, oscillatory space—and time-dependence 54
Green’s functions, plasma, reciprocity properties of 28
Green’s functions, problem 163
Green’s functions, resistive and conductive 42
Green’s functions, singularities 457
Green’s functions, spherical mode 230 233
Green’s functions, time harmonic 92
Green’s functions, time-reversed 7
Green’s functions, transforms of 37 45
Green’s functions, transmission-line 193—95
Green’s functions, two-dimensional 485 487
Green’s functions, two-dimensional free-space 623
Green’s functions, two-dimensional scalar 160
Green’s functions, variable stratification 581
Green’s functions, WKB approximation 584
Green’s theorems transverse 188 266
Gross, S. 857 871 876
Group velocity in ray directions 77
Guided waves in anisotropic media 823—37
Guided waves, properties 681—83
Guided waves, solutions 68
Guided waves, trajectories 112
Guided-mode wavevectors (Eigenwaves) 70 74
Guided-wave representations of electromagnetic-field Green’s functions 74
Guided-wave representations, completeness relation 64
Gyrotropic medium 172 837 862
Half-plane 783—87
Half-plane conducting 721
Half-plane cone-tipped 736
Handelsman, R.A. 123 181
Hankel functions 416—18 710—19
Hansen, E.B. 141 181
Heading, J. 397 440
Hermitian products 53 (see also “Inner product”)
Hertz potentials, care in use of 23
Hertz potentials, E, H-mode 21
Hertz potentials, electric and magnetic 24 25 222 444 486 573
Hilbert, D. 127 181
Hobson, E.W. 708 733 739
Homogeneous medium, radiation in 476—506
Homogeneous medium, trajectory equations for 99
Horner, F. 409 440
Hurd, R.A. 867 875 876
Hypergeometric functions 315 619—22
Image, formulation 557—59
Image, method 779
Impedance dyadic 44
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