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Borovikov V.A., Kinber B.Ye. — Geometrical theory of diffraction
Borovikov V.A., Kinber B.Ye. — Geometrical theory of diffraction

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Название: Geometrical theory of diffraction

Авторы: Borovikov V.A., Kinber B.Ye.

Язык: en

Рубрика: Математика/

Серия: Памяти Владимира Андреевича Боровикова

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1994

Количество страниц: 390

Добавлена в каталог: 20.11.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Airy function      76
Airy — Fresnel integral      100 151
Asymptotic matching method      100 102
Boundary layer method      337
Bragg's law      49 51
Brillouin angles      54 62
Brillouin waves      54 59—62
Canonic waves, construction of canonic waves      331—333
Canonic waves, definition      129
Canonic waves, edge wave patterns for incident canonic waves      333—335
Canonic waves, expansions by canonic waves      130
Canonic waves, patterns of canonic waves      130
Caustics, caustic expansions      75
Caustics, caustic field diffraction at a wedge      149
Caustics, caustic tending to inifinity      71
Caustics, co-ordinate systems near caustic      73
Caustics, field near asymptotic of caustic      78
Caustics, field near caustic cusp      86
Caustics, geometrical features      70
Cylindrical wave diffraction by a halfplane and a wedge      101
Diffraction by 3-D wedge, for EM problem      123
Diffraction by 3-D wedge, geometry of problem      120
Diffraction by 3-D wedge, non-uniform asymptotic      122
Diffraction by 3-D wedge, uniform asymptotic      121
Diffraction by a corner antenna, geometry of problem      226
Diffraction by a corner antenna,graph of total edge waves interaction      228
Diffraction by a corner antenna,radiation by SCF and SD methods      252—254
Diffraction by a corner point of the edge      177
Diffraction by a set of equidistant edges      269
Diffraction by cone and polyhedral wedge      355—363
Diffraction by discontinuity in curvature of illuminated surface      119
Diffraction by knife-edge      118
Diffraction by open end of flanged waveguide coefficients of waveguide modes, reflection and transformation, comparison with Wainstein results      274
Diffraction by open end of flanged waveguide coefficients of waveguide modes, reflection and transformation, in JFK approximation      274
Diffraction by open end of flanged waveguide coefficients of waveguide modes, reflection and transformation, non-uniform      274
Diffraction by open end of flanged waveguide coefficients of waveguide modes, reflection and transformation, uniform      302
Diffraction by open end of flanged waveguide, radiation pattern, non-uniform asymptotic      272
Diffraction by open end of flanged waveguide, radiation pattern,uniform over the angles of incidence and observation      300—302
Diffraction by open end of flanged waveguide, radiation pattern,uniform over the observation angle      297
Diffraction by open end of flanged waveguide, waveguide penumbra fields      266
Diffraction by slit and strip, Fraunhofer (far) zone      111
Diffraction by slit and strip, Fresnel (near) zone      110
Diffraction by slit and strip, geometrical optics      13
Diffraction by slit and strip, graph of total edge waves interaction      225
Diffraction by slit and strip, physical optics approximation      20
Diffraction by slit and strip, primary edge waves      15
Diffraction by slit and strip, radiation pattern by SCF and SD methods      245—252
Diffraction by slit and strip, radiation pattern in primary edge waves approximation      20
Diffraction by slit and strip, ray fields and graph of edge waves excitation      224
Diffraction by slit and strip, recursion expressions for edge diffracted waves      231—236
Diffraction by slit and strip, secondary edge waves      14
Diffraction by slit and strip, solution by self-consistent method      237—242
Diffraction by waveguide bend with reflector      284—288
Diffraction by waveguide cross      281—284
Diffraction by wide slit in waveguide's wall      277—281
Diffraction coefficient for diffraction by halfplane      18
Diffraction coefficient for diffraction by wedge      103
Diffraction coefficient, definition      11
Diffraction coefficient, dimensionless      19
Diffraction integral      83
Diffraction of arbitrary wave by curved wedge      112
Diffraction of isotropic cylindrical wave by wedge - exact solution      329
Diffraction of plane wave by wedge - exact solution      325—329
Diffraction of toroidal wave by bicone      123—128 337
Diffraction radiation pattern      120
Diffraction, axially symmetric problem for body of revolution generated by polygon      338—349
Field-forming region      217—223
Focal expansions      80
Focal line, focal point      70
Fresnel edge zone      214—217
Fresnel integral      96
Fresnel parameter      110
Generalised Fresnel integral      140 180 364—365
Geometrical optics      60
Geometrical optics, applicability criteria      217—223
Geometrical optics, curvature of reflected wave front for 2-D case      46
Geometrical optics, curvatures of reflected and refracted wave fronts for 3-D case      52—53
Geometrical optics, energy conversation law      7
Geometrical optics, GO for EM fields      8
Geometrical optics, laws of GO      7
Green function for diffraction by a wedge      329—331
Green function for free space      156
Green function for non-stationary diffraction by a wedge in 2-D case      354
Green function for non-stationary diffraction by a wedge in 3-D case      255
GTD, algorithm of field calculation      12
GTD, applicability criteria for diffraction at a wedge and non-uniform amplitude of incident field      207—217
GTD, creeping waves excitation      10 92 119
GTD, diffracted rays excitation      10
GTD, edge waves      10 93
GTD, extended Fermat principle      12
GTD, postulates      9
GTD, spherical diffraction waves      10 93
Helmholtz equation      30
Horn-parabolic antenna      57
Hybrid MM-GTD technique      245
Incomplete Airy function      100
Kirchhoffs approximation (KA), aperture and current methods      158
Kirchhoffs approximation (KA), definition      156
Kirchhoffs approximation (KA), modified current method      173
Kouymjian's approximation      210—212
Maluzinets functional equations      327
Penumbra fields, general definition      99
Penumbra fields, in diffraction by smooth cone      94 362
Penumbra fields, in slit diffraction      108
Penumbra fields, overlapping with a focal zone      128
Penumbra fields, reflection from a smooth surface      100 132
Penumbra fields, travelling over the surface of bicone      346—348
Perabolic antenna radiation pattern for partially illuminated large reflector      135
Perabolic antenna radiation pattern in KA      161 366
Perabolic antenna radiation pattern, comparison between Kirchhoff and GTD approximation      168
Perabolic antenna radiation pattern, compensation of diffraction effects      24
Perabolic antenna radiation pattern, evaluation      365—369
Perabolic antenna radiation pattern, for 3-D axial symmetric problem      174
Perabolic antenna radiation pattern, reconstruction by near-field measurements      21
Perabolic antenna radiation pattern, side radiation for antenna with noncircular contour      199—207
Percey's integral      87
Physical theory of diffraction (PTD)      156
Plane wave diffraction by halfplane      95
Plane wave reflection from a parabola      46
Principle of locality in non-stationary problems      350
Radiation from aperture with complicated contour      181—198
Radiation from sectorial horn      252—263
Radiation from sectorial horn, comparison of calculations by various methods      258—263
Radiation from sectorial horn, geometry of problem      254
Radiation from sectorial horn, rays of edge waves and their reflections      257
Radiation of a system of equidistant sources      374
Ray expansions for cylindrical wave depending on z      43
Ray expansions for cylindrical wave with caustics      37
Ray expansions for non-stationary problems      351
Ray expansions for ordinary cylindrical wave      35
Ray expansions for plane wave depending on y, z      42
Ray expansions for spherical EM wave      38
Ray expansions for spherical wave      38
Ray expansions for spindle-like wave      43
Ray expansions for toroidal wave      39
Ray expansions, after crossing caustics      35
Ray expansions, applicability limits near caustics      37
Ray expansions, definition      29
Ray expansions, eikonal and transport equations      30
Ray expansions, solution of transport equation      32
Ray fields, definition      29
Ray fields, in diffraction by a body with edge      120
Ray fields, in irregular waveguides, adiabatic approximation      56
Ray fields, in irregular waveguides, expansion by powers of slowness variability parameter      55
Ray fields, recurrent equations      54 63
Ray fields, reflection from a smooth surface      44
Ray fields, self-consistent ray congruence      54
Ray fields, transformation at diffraction grating      49—53
Ray system of co-ordinates      31
Rays, Eiler equations      7
Rays, Fermat principle      7
Rays, Fresnel formula      9
Rays, ray tube      7
Rays, reflection and refraction laws      8
Rays, Snell's refraction law      9
Scattering matrix for edge diffraction in SCF method      241—244
Self-consistent field method      237—245
Self-consistent field method, estimates for accuracy      245—263
Shielding fields in KA      160
Slotted-guide antenna radiation      142
Smooth junction between regular waveguides      59
Smooth junction between regular waveguides, connection between mode and ray descriptions      65
Smooth junction between regular waveguides, excitation of waveguide parasit modes      61 66
Smooth junction between regular waveguides, swinging of rays      60
Sommerfeld integral for diffraction by a cone      360
Sommerfeld integral for non-stationary diffraction by a wedge      354—355
Sommerfeld integral for plane wave diffraction by a wedge      325—329
Successive diffraction method      230—231 *
Successive diffraction method, estimates for accuracy      245—263
Through fields in KA      162 166
Uniform asymptotic expansions      69
Wainstein function      371
Waveguide modes, coefficients of excitation by non-isotropic source      272
Waveguide modes, GO description      59 60 61
Waveguide-horn junction      304—324
Whispering-gallery waves      93
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