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| Ïîèñê ïî óêàçàòåëÿì |
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| Pedrotti L.M. — Introduction to Optics |
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| Ïðåäìåòíûé óêàçàòåëü |
Fraunhofer diffraction, criterion 324 330 465
Fraunhofer diffraction, double-slit 338—41
Fraunhofer diffraction, grating 341—46 349—63
Fraunhofer diffraction, multiple slits 341—46
Fraunhofer diffraction, rectangular aperture 330—32
Fraunhofer diffraction, single slit 324—29
Fraunhofer wavelength 103—5 120
Free spcctral range, diffraction grating 351—52
Free spcctral range, Fabry — Perot 242—44
Frequency mixing 546—47
Frequency modulation 503
Fresnel biprism 210
Fresnel diffraction 324 366
Fresnel diffraction, Babinet’s principle 388
Fresnel diffraction, circular aperture 370—76
Fresnel diffraction, Cornu spiral 376—86
Fresnel diffraction, criterion 369—70 465
Fresnel diffraction, rectangular aperture 376—87
Fresnel diffraction, single slit 384—86
Fresnel diffraction, straight edge 382—84
Fresnel diffraction, wire 386—87
Fresnel diffraction, zone plate 374 76
Fresnel equations 2 407
Fresnel equations, dielectric 411
Fresnel equations, metal 422
Fresnel integrals,  380
Fresnel loss 510
Fresnel mirror 209—10
Fresnel rhomb 415
Fresnel zone 370—71 (see also Half-period zone)
Fresnel zone plate 269 374—76
Fresnel — Kirchhoff diffraction integral 367—69
Fringe contrast 203 238 258 262 265 269
Fringes, interference, contrast 203
Fringes, interference, types 215 16
Fusion, laser induced 490—91
Gahor zone plate 267—69 277
Gaussian beam 445 456—60
Gaussian beam, collimation 472
Gaussian beam, focusing 475—76
Gaussian beam, higher order 476—80
Gaussian beam, radius of curvature 464—67
Gaussian beam, solution 461—67
Gaussian beam, spherical 463 64 469
Gaussian beam, spot size 464—67
Gaussian optics 44
Gaussian, laser mode 434 456—57
Glan-air prism 311 12 551
Glasses, optical, 104
Glaucoma 163
Globar 17 19
Golay cell 2
Graded index optical fiber 507 513—14
Grating, constant 353
Grating, interference (holographic) 359—61 268—69
Grating, replica 359
Graybody 17
Gregorian telescope 143—44
Group velocity 194—97
Haidinger fringe 215
Hale telescope 144
Half-period zone 370 77
Half-wave plate 290 292—93 309 317—18 548—49
Half-wave voltage, Kerr cell 552
Half-wave voltage, Pockels cell 548
Harmonic wave 174—76
Heisenberg principle 5
Helium-neon laser 434—35 441 445—48 452 470—71 474 488
Hermite polynomials 477—80
Hermite — Gaussian beam 456 479—80
High-reflectance film 243 397 402—4
High-reflectance film, stack 266—67 402-4
Hologram, data storage 276—77
Hologram, grating 268
Hologram, point source 267—69
Hologram, real time 561 62
Hologram, reconstruction 271
Hologram, storage 276—77
Hologram, ultrasonic 275—76
Hologram, Vander Lugt (matched) 533
Hologram, volume 273—74 279
Hologram, white-light (rainhow) 273—74
Holographic grating 268—69 360
Huygens eyepiece 133—34
Huygens — Fresnel Principle 324
Huygens’ principle 31—34
Hyperopia 160—61
Illuminance 10 15
Imaging 40—42
Incandescent source 17—18
Index (phase) matching 545
Index of refraction 34 (see also Refractive index)
Intensity 10—11 446 456
Interference, coherence requirement 202—3 247 254
Interference, dielectric film 211 15
Interference, double slit 205—8
Interference, Fabry — Perot interferometer 236—44
Interference, grating 359—61
Interference, Michelson interferometer 225 30 259—60
Interference, multilayer film 212—13
Interference, multiple beam 233—36
Interference, Newton’s rings 217—19
Interference, objective, microscope 219—21
Interference, two-beam 200—204
Interference, virtual sources 209—10
Interferogram 237 536—38
Interferometer, classification 224 25
Interferometer, Fabry — Perot 236—44
Interferometer, Mach — Zehnder 232
Interferometer, Michelson 225—30
Interferometer, Michelson, stellar 262—63
Interferometer, Twyman — Green 230—32
Internal reflection 212 411—17
Inverse square law 11
Irradiance 10—11 15
Irradiance, camera 127 28
Irradiance, circular aperture 333
Irradiance, coherent and random source 192
Irradiance, Cornu spiral 381
Irradiance, diffraction grating 342—43
Irradiance, double slit 339—40
Irradiance, electromagnetic wave 183
Irradiance, hologram 271
Irradiance, interferogram 536 37
Irradiance, multiple beam 234—35
Irradiance, polarized light 299
Irradiance, rectangular aperture 330—32
Irradiance, single slit 327 384—86
Irradiance, two-beam 201—4
Isochronous rays 41
Jacquinot advantage 536
Jones matrices 289—95
Jones matrices,  293
Jones vectors 281—89
Jones vectors, 288
Jones vectors, normalized form 282
Lambertian surface 12 147 447
Lambert’s cosine law 11
Laplacian operator 180 457
Laser diode 23 503 517
Laser, applications, table 485
Laser, beam characteristics 456—80
Laser, characteristics, coherence 441—43
Laser, characteristics, directionality 443—46
Laser, characteristics, focusabiltty 448—51
Laser, characteristics, intensity 446—48
Laser, characteristics, monochromaticity 440—41
Laser, communications 491—93
Laser, Einstein radiation theory 427—31
Laser, essential elements 431 34
| Laser, eye therapy 163—68 489—90
Laser, fiber optics 503 517 488—89 492—93
Laser, information processing 493—94
Laser, medical,  487—90
Laser, modes 434
Laser, operation 434—38
Laser, propagation 468—76
Laser, propagation, general law 469—70
Laser, spot size 464 67
Laser, stimulated emission 426—31
Laser, types and parameters, table 451—53
Lateral coherence 247 (see also Spatial coherencc)
Lens matrix 68—71
Lens, camera 126—30
Lens, Cooke triplet 85 130
Lens, design 129—30
Lens, eye 152—54 166
Lens, Fourier transform 526
Lens, Protor 86
Lens, Rapid landscape 83—84
Lens, relative aperture 127—28
Lens, resolution 335—37
Lens, simple magnifier 131—32
Lens, telephoto 126
Lens, wide-angle 126
Lensmaker’s formula 51 95
Levorotatory 313
Lidar 494—96
Light pipe 501—2
Light-emitting diode (LED) 23 503
Linear dispersion 352
Linear polarizer 282—83 289—92
Linewidth, spectral 440—41
Linewidth, spectral, comparison, table 441
Lissajous figure 283—84
Littrow mount, grating 358 361
Lloyd’s mirror 209
Localized fringes 215—16 229 231
Longitudinal coherence 247 (see also Temporal coherence)
Lumen 10 14
Luminance 10
Luminous efficacy 14
Luminous efficiency 14—15
Lux 10 15
Mach — Zehnder interferometer 232
Magnification, angular 131
Magnification, eyepiece 131 134
Magnification, holographic 275
Magnification, lateral 38 47 49—50
Magnification, microscope 136
Magnification, spherical mirror 45—47
Magnification, spherical refracting surface 48—49
Magnification, summary 54
Magnification, telescope 140—41
Magnification, thin-lens 53—54
Malus’ Law 299
Material dispersion 514—18
Maxwell equations 2 392 571—72 576
Mercury arc lamp 20 448
Mercury-xenon arc lamp 21—22
Meridional rays 80
Michelson interferometer 225—30 259—60
Michelson interferometer, Fourier transform spectroscopy 536—38
Michelson interferometer, stellar 262—63
Michelson — Morley experiment 3
Microscope 135—39
Microscope, interference objective 219—21
Microscope, magnification 136
Microscope, numerical aperture 137
Microscope, objective types 137—38
Microscope, resolution 336—37
Mie scattering 304 5
Minimum deviation, prism 117—18
Mirror, dielectric 213
Mirror, Fresnel 209—10
Mirror, Lloyd’s 209
Mirror, plane 37—38
Mirror, spherical 43—47
Missing orders 339—41
Modal distortion 512—13
Modes, fiber optics, allowed 507—9
Modes, fiber optics, coupling 509 513
Modes, laser beam, electric field profile 459—61
Modes, laser beam, Gaussian (fundamental) 434
Modes, laser beam, higher order 456 476—80
Modulation, light 546—59
Modulator, fiber optics 503
Monochromator 362
Multilayer films 213 391—404
Multiplexing 492
Myopia 158—60 164
Natural line width 253—54
Nd:YAG laser 433 451—52 486 488—90 495-97
Near point, eye 131 158
Near-field diffraction 324 465
Near-sighted eye see Myopia
Neodymium-glass laser 446 452 490
Nerst glower 17—18
Newtonian telescope 143 149
Newtonian thin-lens equation 57
Newton’s rings 2 217—19
Nodal points 63 74—77
Nodal points, locations, 77
Noise-equivalent power 27
Nonlinear optics 188 541—65
Nonlinear optics, acousto-optic effect 556—59
Nonlinear optics, Faraday effect 553—55
Nonlinear optics, frequency mixing 546—47
Nonlinear optics, Kerr effect 551—53
Nonlinear optics, phase conjugation 559—65
Nonlinear optics, Pockels effect 547—51
Nonlinear optics, second harmonic generation 542—45
Nonlocalized fringes 208 215 230
NOVA laser 490—91
Numerical aperture 137 336
Numerical aperture, fiber optics 506 508—9
Nyquist criterion 537—38
Obliquity factor 367 370
Ohm’s Law 420
Oil immersion objective 137
Opacity 539
Opera glass 140—41
Optic axis (OA) 307—12
Optical activity 313—17
Optical activity, measurement 313—14
Optical activity, quartz 313 14
Optical activity, rotation 313—14
Optical activity, rotatory dispersion 314
Optical constants 421 568
Optical data imaging 522—35
Optical data imaging, convolution 533—35
Optical data imaging, correlation 529—33
Optical data imaging, filtering 528—29
Optical data imaging, pattern recognition 522 531
Optical data imaging, point spread function 533
Optical data imaging, spectrum analysis 525—28
Optical data imaging, transfer function 534—35
Optical density 267 539
Optical glasses, table 104
Optical isolator 555
Optical path length 42
Optical phase conjugation (OPC) 559—65
Optical phase conjugation (OPC), four-wave mixing 562
Optical phase conjugation (OPC), mirror (PCM) 559—61
Optical phase conjugation (OPC), nuclear fusion 563—64
Optical phase conjugation (OPC), optical fiher 564—65
Optical phase conjugation (OPC), pointing and tracking 563—64
Optical phase conjugation (OPC), real time holography 561—62
Optical transfer function (OTF), modulation (MTF) 534—35
Optical transfer function (OTF), phase (PTF) 534—35
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