Achmanov S.A., Nikitin S.Yu. — Physical Optics :: Электронная библиотека попечительского совета мехмата МГУ

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Achmanov S.A., Nikitin S.Yu. — Physical Optics

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Название: Physical Optics

Авторы: Achmanov S.A., Nikitin S.Yu.

Аннотация:

In physics, physical optics, or wave optics, is the branch of optics which studies interference, diffraction, polarization, and other phenomena for which the ray approximation of geometric optics is not valid. This usage tends not to include effects such as quantum noise in optical communication, which is studied in the sub-branch of coherence theory.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1997

Количество страниц: 249

Добавлена в каталог: 23.08.2013

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

Предметный указатель

$YAG:Nd^{3+}$ laser      46
Abbe's theory      324
Absorption      362
Absorption coefficient      99 363
Absorption cross-section      97
Absorption of light      95
Absorption spectroscopy      100
Absorption spectrum      100
Absorptivity      138
Acousto-optical spectroscopy      375
Airy pattern      292
Amplitude gratings      294
Analyser      34
Angle of anisotropy      406
Angle of incidence      388
Angle of reflection      389
Angle of refraction      389
Angular momentum of light      61
Angular spectrum      283 318
Anharmonicity      454
Anisotropic absorption      404 427
Anisotropic dispersive medium      449
Anisotropic media      353 403
Anisotropic reflection      427—428
Anomalous dispersion      365 369
Antireflective coating      399
Babinet compensator      34 429
Biaxial crystal      412
Bohr's postulates      159
Bouguer law      98 363
boundary conditions      388
Brewster angle      396 427
Brewster effect      395
Carbon dioxide laser      46 171
Cauchy dispersion formula      369
Causality principle      109 358
Chebotaev's pendulums      178
circular polarization      25
Classical atom      58
Classical model of the atom      68
Classical oscillator model      358
Coefficients of the reflection      395
Coherence      211
Coherence length      211
Coherence matrix      31
Coherence of light      185
Coherence radius      214
Coherence time      211
Collision-induced broadening      89
Collisional narrowing      94
Colours of crystalline plates      435
Compensator      429
Complex amplitudes      28
Complex dielectric permittivity      355
Complex index of refraction      356
Cornu's spiral      260
Correlation function      85
Critical power of self-focusing      481
Crossed-prisms method      372
Crystal optics      403
Cubic non-linearity      119 450
Cubic susceptibility      452
Dark-field technique      328
Degree of polarization      38
Dephasing      108
Diagnostics interferometry      192
Dicke's effect      91
Dielectric permittivity tensor      411
Diffraction      226
Diffraction by a rectangular aperture      265 288
Diffraction by a round aperture      266 289
Diffraction by a slit      262
Diffraction by periodic structures      294
Diffraction divergence      249 319
Diffraction grating      294 337
Diffraction integral      230
Diffraction length      247
Diffraction of a Gaussian beam      269 273 292
Diffraction of paraxial beams      258
Dipole      73
Dipole emission      73
Dipole moment      68
Direction of synchronism      462
Director      408
dispersion      362—363
Dispersion equation      356
Dispersion length      383
Dispersion of the group velocity      382
Dispersion range      337
Dispersive medium      376
Dispersive spreading      383
Doppler broadening      87
Doppler dephasing      113
Echelettes      299
Edge diffraction      241 261
Eigenmodes      208
Einstein coefficient      163
Electrodynamic constant      4
Electron microscope      332
Elliptical polarization      26
Emission from a charge      69
Emissivity      138
Emissivity of a body      49
Energy relaxation      108
Energy relaxation time      108
Equation of a diffraction grating      296
Equations of SRS      478
Equilibrium thermal radiation      140
Extraordinary wave      418
Fabry — Perot interferometer      205 340
Far-field dispersion zone      383
Far-field zone      280 383
Far-field zone of diffraction      248
Field oscillator      146
Field reconstruction      336
Field's degrees of freedom      146
Finesse      206
First-order dispersion      379
Focal region      277
Focusing of a Gaussian beam      275
Focusing of light      250
Fourier analysis      324
Fourier optics      315
Fourier spectroscopy      201 343
Fourier synthesis      324
Franken experiment      439 462
Fraunhofer approximation      282
Fraunhofer diffraction      280
Fraunhofer zone      282
Free induction decay      108
Frequency dispersion      353
Frequency transmission coefficient      317
Frequency transmission function      357 379
Frequency-domain spectroscopy      109
Frequency-response function      109
Fresnel approximation      258 319
Fresnel diffraction      261
Fresnel zones      232
Fresnel's equation      421
Fresnel's formulae      392
Fresnel's integrals      260
Fresnel's number      235
Fringes of equal inclination      189
Fringes of equal thickness      191
Gaussian optical beam      12
Gaussian probability      82
Glan prism      429
Green function      109 317 358 379
Grimaldi's experiment      227
Group velocity      380

Half-wave plate      432
Helium-neon laser      46 171
Helmholtz equation      253
Hertz's experiments      5 67
Hertzian vibrator      67
High-frequency Kerr effect      437 451
Hologram      334
Holographic diffraction grating      299
Holography      334
Homogeneous width      107
Huygens principle      228
Huygens — Fresnel Principle      229
Index of refraction      101 363
Induced absorption      96
Induced anisotropy      436
Influence function      109
Inhomogeneous ensemble      106
Inhomogeneous width      107
Intensity      356
Intensity of light      43
Intensity-dependent refractive index      450
Interference fringes      184
Interference of light      183
Interference of polarized rays      434
Interference pattern      183
Intracavity laser spectroscopy      375
Inverse population      167
Irradiance      48
Isotropic crystal      412
Isotropic media      353
KDP crystal      463
Kerr cell      436
Kerr effect      436 451
Kerr-type non-linearity      451
Kirchhoff's diffraction theory      252
Kirchhoff's law      141
Laser      159
Laser Doppler anemometry      345
Laser resonator      208
Laser spectroscopy      373
Laue's equations      312
Law of light reflection      390
Law of refraction      390
Lebedev's experiments      56
Left-handed polarization      24
Lens      320
Light amplification      167
Light energy      40
Light polarization control      431
Light-beat spectroscopy      344
Linear anisotropic medium      410
Linear approximation      455—456
Linear atomic polarizability      456
Linear isotropic media      362
Linear media      353
Linear optical susceptibility      109 355 448 451
linear oscillator      95
linear polarization      24
Linear system      109
Lorentz dispersion theory      367
Lorentz — Lorenz formula      367
Luminescence      170
Material equations      350 408 447
Maxwell's equations      6 349
Measurement of coherence      220
Michelson interferometer      186
Michelson stellar interferometer      224
Microscope      223
Mode locking      179
Mode-locked laser      175
Model of a continuum      349
Momentum of an optical wave      53
Multiple-beam interference      202
Narrow-band optical signal      377
Natural broadening      86
Natural polarization      30
Near-field zone of diffraction      248
Neodymium-glass laser      179
Newton's experiment      18
Newton's rings      192
Non-dispersive media      353
Non-isochronism      119
Non-linear anisotropic medium      449
Non-linear correction      456
Non-linear isotropic medium      449
Non-linear media      353 447
Non-linear optical susceptibilities      351
Non-linear optics      116 439 461
Non-linear oscillator      116 453
Non-linear polarization      448 463
Non-linear refraction      479
Non-linear resonance      123
Non-linear susceptibility      448—449
Non-linearly bonded oscillators      128
Non-polarized light      38
Normal dispersion      365 368
Normal incidence      397
Oblique incidence      400
Optic axis      417
Optical anisotropy      403
Optical birefringence      403 423
Optical bistability      123
Optical cooling      63
Optical image formation      324
Optical non-linearity      439
Optical polarization      358 408
Optical properties of metals      400
Optical quanta      160
Optical range      6
Optical rectification      459
Optical spectroscopy      100 371
Optical susceptibilities      448 458
Optical susceptibility tensor      409
Orders of diffraction      297
Ordinary wave      418
Oscillator strength      365
p-polarization      394
Parabolic equation      270
Parametric gain      128
Parametric generation of light      125
Parametric instability      127
Parametric oscillator      126
Parametric resonance      125—126
Partially polarized light      38
Perfectly black body      141
Perturbation method      118 455
Phase gratings      294
Phase relaxation time      108
phase velocity      380
Phase-contrast technique      329
Phasing of molecular vibration      472
Photoeffect      161
Photometry      48
Photon      62 162
Photon echo      132
Photon jet engine      63
Planck's formula      151
Plane harmonic wave      9
Plane of incidence      388
Plane wave      8
Plasma frequency      363
Poincare's sphere      26
Point source of light      220
Poisson spot      226 239
Polarization analysis      35
Polarization eigenstates      413
Polarization of the medium      455
Polarization plane      22
Polarization vector      22
Polarized light      427

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