Zajac A. — Optics :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Zajac A. — Optics

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Optics

Автор: Zajac A.

Аннотация:

Accurate, authoritative and comprehensive, Optics, Fourth Edition has been revised to provide readers with the most up-to-date coverage of optics. The market leader for over a decade, this book provides a balance of theory and instrumentation, while also including the necessary classical background. The writing style is lively and accessible. For college instructors, students, or anyone interested in optics.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 680

Добавлена в каталог: 21.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Diffraction, Fraunhofer      447—449 452—485 539—540
Diffraction, Fraunhofer, condition      452
Diffraction, Fraunhofer, double slit      457—460 541
Diffraction, Fraunhofer, many slits      460—464 541—542
Diffraction, gratings      476—485 607—608
Diffraction, gratings line gratings      481
Diffraction, gratings two- and three-dimensional      481—485
Diffraction, Kirchhoff's theory      510—512
Diffraction, limited      149 224
Diffraction, nondiffracting beams      474
Diffraction, nondiffracting beams, circular apertures      490—494
Diffraction, nondiffracting beams, circular obstacles      494—495
Diffraction, nondiffracting beams, Fresnel      447—449 485—509
Diffraction, nondiffracting beams, narrow obstacle      507—508
Diffraction, nondiffracting beams, rectangular aperture      464—467 497—500 543—544
Diffraction, nondiffracting beams, semi-infinite screen      506—507
Diffraction, nondiffracting beams, single slit      452—457 503—504 540—541
Diffraction, nondiffracting beams, zones      486
Diffraction, opaque obstructions      446—447
Diode laser      300
Dioptric power ( $\mathscr{D}$ )      9 205 210—212
Dioptrics      179
Dipole moment      62—63 68 70
Dipole radiation      62—63
Dirac delta function      524—529
Dirac, Paul Adrien Maurice      7 525
Director (liquid crystals)      371
dispersion      66 67 129 186—187
Dispersion angular ( $\mathscr{D}$ )      2 480
Dispersion anomalous      72 300
Dispersion equation      70 129—130
Dispersion intermodal      199
Dispersion normal      71
Dispersion of glass      70
dispersion relation      298
Dispersion rotatory      363
Dispersive: indices      269
Dispersive: power      269
Displacement current density ( $\vec{\mathrm{J}}_p$ )      43
Dissipative absorption      67
Distortion      266
Dollond, John      4 271
Donders, Franciscus Cornelius      209
Doppler broadening      545
Doppler effect      66 296 545
Double refraction      339
Drude, Paul Karl Ludwig      129 293
Dupin, C.      105—106
DWDM      see “Dense wavelength division multiplexing”
EDFAs      see “Erbium-doped fiber amplifiers”
Effective focal length      169 217—218 244
Einstein coefficients      586
Einstein Ring      233
Einstein, Albert      7 80 231 585 588
Electric Dipole      62—63
Electric field ( $\vec{\mathrm{E}}$ )      37 111—112 136 282
Electric permittivity ( $\epsilon$ )      41
Electro-optic constant      370
Electro-optics      9
Electromagnetic theory      6 36 111—122
Electromagnetic theory, electric polarization ( $\vec{\mathrm{P}}$ )      68
Electromagnetic theory, Maxwell's Equation      43—44
Electromagnetic theory, momentum (p)      47—57
Electromagnetic theory, nonconducting media      66
Electromagnetic theory, radiation      57—66
Electromagnetic waves      44—47 111—122
Electromagnetic-photon spectrum      73—80
Electromagnetic-photon spectrum, gamma rays      79—80
Electromagnetic-photon spectrum, infrared      76
Electromagnetic-photon spectrum, light      76—78
Electromagnetic-photon spectrum, microwaves      74
Electromagnetic-photon spectrum, radiofrequency      73—74
Electromagnetic-photon spectrum, ultraviolet      78—79
Electromagnetic-photon spectrum, X-rays      79
Electromagnetically induced transparency      301
Electromotive force      37—39
Electron      7
Electron, diffraction      444
Electronic polarization      68
Elliptical light      330
Emission coefficient ( $\epsilon_\lambda$ )      581
Emission from an atom      8 63—66
Emission theory      8
Emissivity ( $\epsilon$ )      583
Emmetropic eye      206
Enantiomorphs      360
Energy density (u)      47—48
Energy level      64—65 585 586
Entoptic perception      203
Entrance pupil      171 172
Entrance window      215
erbium-doped fiber amplifiers (EDFAs)      197
Erecting system      221
Etalon, Fabry — Perot      421 422
Euclid      1 98 179
Euler, Leonhard      4 110
Evanescent wave      124—125
Ewald — Oseen Extinction Theorem      95
Excited state      64
Exit pupil      172 210
Exitance, spectral      582
Extended objects, images of      162 176—177
External reflection      96 116
Extinction color      336
Extraordinary rays      339
eye      201—205
Eye accommodation      204—205
Eye accommodation, ciliary muscles      204—205
Eye aqueous humor      202
Eye choroid      203
Eye compound      202
Eye cornea      202 205 207
Eye crystalline lens      202 203 205
Eye point      212
Eye powers      206
Eye pupil      202
Eye relief      212
Eye resolution      472—473
Eye retina      203
Eye retina blind spot      204
Eye retina cones      203 204
Eye retina fovea centralis      204
Eye retina macula      204
Eye retina rods      203—204
Eye sclera      203
Eye vitreous humor      203
Eye, far point      205 207
Eye, human      202
Eye, iris      134 202
Eye, near point      205 210
Eye-lens      212—213
Eyeglasses      2 205—210
Eyepiece      212—214
Eyepiece, Erfle      213 221
Eyepiece, Eyes      201—205
Eyepiece, Huygens      212—213
Eyepiece, Kellner      213 221
Eyepiece, orthoscopic      213
Eyepiece, Ramsden      213 277
Eyepiece, symmetric (Ploessl)      213
f-number (f/#)      174 195 215 216—217 470
Fabry — Perot etalon      421 422 430 591 643
Fabry — Perot filter      430
Fabry — Perot interferometer      421—425 423—425 425 481
Fabry — Perot spectroscopy      423—425
Fabry, Charles      421
Far point      206—208
Far-field diffractions      see “Fraunhofer diffraction”
Faraday effect      366—368
Faraday's induction law      37

Faraday, Michael      5 37 366
Farsightedness      208
Fast axis      353
Fermat's principle      106—111 136 140 154
Fermat, Pierre de      106
fermions      53
Feynman, Richard Phillips      110
Fiberoptics      9 193—201
Fiberoptics cladding      194
Fiberoptics coherent bundle      195
Fiberoptics communications technology      197—201
Fiberoptics cross talk      194
Fiberoptics graded index      199
Fiberoptics incoherent bundle      195
Fiberoptics intermodal dispersion      198 199
Fiberoptics mosaics      195—196
Fiberoptics multimode      198
Fiberoptics numerical aperture (NA)      195
Fiberoptics single-mode fibers      199—200
Fiberoptics spectral dispersion      199
Fiberoptics stepped index      198
Field curvature      264—266
Field flattener      196 265
Field stop      171
Field-lens      212 213
films      see “Dielectric films”
Filters      426
Finesse      423 442 481
Finite conjugates      215
Finite imagery      160—165
First-order theory      154
Fizeau fringes      405 410
Fizeau, Armand Hippolyte Louis      7 46 573
Floaters      203
Fluorescence      603
Fluoride film      403
Flux density      50 53 285
Focal length (f) image      155
Focal length (f) object      155
Focal length (f) of a lens      159 245
Focal length (f) of a mirror      182—183
Focal length (f) of a zone plate      496—497
Focal length (f) second      155
Focal length (f): back (b.f.l.)      168 205 243
Focal length (f): effective      169 217—218 244
Focal length (f): first      155
Focal length (f): front (f.f.l.)      168 243
Focal plane      159—162 183
Focal plane of a lens      160
Focal point      155
focal ratio      174
Fontana, Francisco      2
Foucault, Jean Bernard Leon      5 141
Fourier analysis      9 304
Fourier diffraction theory      539
Fourier integrals      308 310—311
Fourier optics      519—559 607
Fourier series      302—308
Fourier transform hologram      634 635
Fourier transforms      312 316—320 519—529 607
Fourier transforms discrete      316—320
Fourier transforms irradiance spectrum      318
Fourier transforms of cylinder function      523—524
Fourier transforms of Gaussian      521
Fourier transforms of Gaussian wave packet      538—539
Fourier transforms power spectrum      318
Fourier transforms two-dimensional      522—524
Fourier transforms via a lens      524
Fourier, Jean Baptiste Joseph, Baron de      303
Fox, Talbot      84
Franken, Peter A.      641
Fraunhofer diffraction      320 447—449 452 539—540 607
Fraunhofer diffraction condition      452
Fraunhofer diffraction double slit      457—460 541
Fraunhofer diffraction Fraunhofer lines      270
Fraunhofer diffraction many slits      460—464 541—542
Fraunhofer diffraction rectangular aperture      464—467 543—544
Fraunhofer diffraction single slit      452—457 540—541
Fraunhofer, Joseph von      8 476
Free spectral range      425 481
Frequency ( $\nu$ )      15—16
Frequency ( $\nu$ ) angular ( $\omega$ )      16 307
Frequency ( $\nu$ ) bandwidth      313—314
Frequency ( $\nu$ ) beat      294—296
Frequency ( $\nu$ ) mixing      9 643
Frequency ( $\nu$ ) natural ( $\omega_0$ )      69
Frequency ( $\nu$ ) plasma ( $\omega_p$ )      130
Frequency ( $\nu$ ) resonance ( $\omega_0$ )      65 69—70
Frequency ( $\nu$ ) spectrum      303 310
Frequency stability      315
Frequency stability, $\textrm{CO}_2$ laser      316
Frequency stability, He-Ne laser      316
Fresnel composite prism      362
Fresnel diffraction      444 485—509
Fresnel double mirror      398
Fresnel double prism      398—399
Fresnel equations      5 113—122 351
Fresnel Equations derivation      113—115
Fresnel Equations interpretation      113
Fresnel Equations interpretation, amplitude coefficients (r, t)      116
Fresnel Equations interpretation, phase shifts      118
Fresnel Equations interpretation, reflectance (R)      119 351
Fresnel Equations interpretation, transmittance (T)      119
Fresnel integrals      497—500 501
Fresnel multiple prism      362
Fresnel rhomb      356
Fresnel zone plate      495—497 625
Fresnel zones      486
Fresnel — Arago Laws      391—392 411
Fresnel — Kirchhoff diffraction      511
Fresnel's double mirror      398
Fresnel's double prism      398
Fresnel, Augustin Jean      4—5 348 361 362 444 468 494 513
Fried parameter      229
Fringe(s) equal inclination      401—404 415—416
Fringe(s) equal thickness      404—407
Fringe(s) localization      410 414—416
Fringe(s) order      389 409—410
Fringe(s) resolution      424
Fringe(s), Fizeau      405 410
Fringe(s), Haidinger      403—404 407 410
Front focal length (f.f.l.)      168 243
Front stop      172
Frustrated total internal reflection (FTIR)      126 127 194
Fuchsin      84
Gabor, Dennis      623
Galileo Galilei      2 214 219 222
Galileo's telescope      2 219 222
Gallium      131
Gallium arsenide laser      599
garbage bags      92
Gauge forces      81
Gauss's Law: electric      39—41
Gauss's Law: magnetic      41
Gauss, Karl Friedrich      39 40 154
Gaussian function      12 314 521 531—532 542
Gaussian laserbeams      594—596
Gaussian lens formula      158
Gaussian light      575
Gaussian optics      155
Gaussian wave group      538—539
Gay-Lussac, Joseph Louis      494
Geometrical optics      36 149 243
Geometrical wave      513
Germanium      175
Glan — Foucault polarizer      343—344
Glan — Thompson polarizer      344
Glass      70 72 190 270—272
Golay cell      76
Gold color      129

1 2 3 4 5 6

О проекте