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Matt Young — Optics and Lasers: Including Fibers and Optical Waveguides
Matt Young — Optics and Lasers: Including Fibers and Optical Waveguides



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Название: Optics and Lasers: Including Fibers and Optical Waveguides

Автор: Matt Young

Аннотация:

"This is the International Edition. The content is in English, same as US version but different cover.
Please DO NOT buy if you can not accept this difference. Ship from Shanghai China, please allow about 3 weeks on the way to US or Europe. Message me if you have any questions."


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 5-th edition, completely revised and enlarged

Год издания: 2000

Количество страниц: 256

Добавлена в каталог: 15.12.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Rayleigh scattering      11.2 11.2.1
Receiver      12.1
Reciprocity failure      3.2.2
Reciprocity law      3.2.2
Recombination radiation      4.2.3
Reconstruction      7.1 7.1.1
Reconstruction, conjugate      7.1 7.1.2
Reconstruction, minimum angle of      7.1.1
Reconstruction, primary      7.1 7.1.2
Reconstruction, virtual      7.1.1
Reference beam      7.1 7.1.1 7.2.6
Reflectance      5.4.2 9.1.3
Reflectance of silver and aluminum      9.1.7
Reflectance, amplitude      5.4.2 9.1.3
Reflectance, effective, of resonator mirror      8.3.1
Reflection      2.1.3 9.1.3
Reflection from metal      9.1.7
Reflection hologram      see "Hologram"
Reflection, angle of      2.1.3
Reflection, frustrated total internal      9.1.5
Reflection, law of      2.1.3
Reflection, phase change on      5.4.1 7.4.5 9.1.3
Reflection, total internal      2.1.4 9.1.5
Refracted near-field scanning      see "Refracted-ray method"
Refracted-ray method      1 11.5.4 11.5.5
Refraction      2.1.1
Refraction, angle of      2.1.1 2.2.1
Refraction, internal      2.1.4
Refraction, law of      2.1.1
Relative aperture      3.2.2 6.1 see
Relative intensity noise      4.3.3
Relaxation oscillations      4.3.3
Relay lens      3.7.3
Resolution      3.8
Resolution in coherent light      5.7.2
Resolution in diffused, coherent light      5.7.3
Resolution in incoherent light      5.7.1
Resolution limit      1 3.2.3 3.2.4 3.8 3.9 5.7 5.7.1 7.2.7 7.3.5 7.3.7 7.4.5 see
Resolution of camera      3.8.1
Resolution of eye      3.1
Resolution of microscope      3.8.3
Resolution of NSOM      3.9
Resolution of photographic film      3.2.3
Resolution of pinhole camera      5.5.4
Resolution of points      5.7.1 5.7.2
Resolution of refracted-ray method      11.5.4
Resolution of telescope      3.8.2
Resolution target      5.7.3 7.2.4
Resolution, Abbe theory of      7.2.1 Problem
Resolution, angular, of eye      3.8.2
Resolution, coherent      5.7.2
Resolution, of hologram      7.1.1 Problem
Resolution, spurious      7.3.5
Resolution, theoretical      3.8 5.7
Resolution, two-point      5.7.1
Resolving power      3.2.3 3.8 7.1.1 7.3.7 see "Resolution
Resolving power of camera      3.8.1
Resolving power of film      3.2.3
Resolving power of microscope      3.8.3—4
Resolving power of refracted ray method      11.5.4
Resolving power of telescope      3.8.2
Resonators      see "Optical resonators"
Response time      4.3.3
Response time of bolometer      4.3.3
Response time of photoconductor      4.3.3
Response time of photodiode      4.3.3
Response time of thermocouple      4.3.3
Response time of thermopile      4.3.3
Responsivity      4.3.3
Responsivity, of photocathodes (graph)      4.3.3
Responsivity, spectral      4.3.3
Restricted launch      10.3.4
retina      3.1 8.5
Retroflector      2.1.5
Reverse bias      4.3.1
Reverse telephoto lens      Problem 2.5
Ribbon-filament lamp      3.8.4 11.1.1
RIN      4.3.3
Rods      3.1
Rowland circle      6.1 Problem
Ruby laser      see "Laser"
Ruling      6.1.1
Safe light      3.2.1
Safety, laser      8.5
Sag formula      5.5.3 7.2.7
Sampling      7.4.4
Sampling theorem      7.4.4
SAPpHiRe      8.4.1
Saturable dye      8.4.1 8.4.2
SAW wave      12.1.6
Scalar equation      5.2
Scanning confocal microscope      1 3.6 7.3.3
Scanning confocal microscope, impulse response of      7.3.3
Scanning confocal microscope, Nipkow disk in      3.6.1
Scattering      11.2
Scientist, near-sighted      Problem 3.8
Scotopic      3.1
Second harmonic generation      see "Harmonic generation"
Secondary electron      4.3.1
Secondary maximum      5.3.2 5.5.1 5.7.2
Secondary maximum, apodization of      Problem 7.8
Seidel aberration      2.2.12
Selenium cell      4.3.1
Semiconductor      4.2.4 4.3.1
Semiconductor laser      see "Laser" see
Semiconductor, doped      4.2.4 4.3.1
Semiconductor, energy-level structure of      4.3.1
Semiconductor, impurity      4.3.1
Semiconductor, intrinsic      4.3.1
Semiconductor, n type      4.3.1
Semiconductor, p type      4.3.1
Senile macular degeneration      8.5.1
Sensitivity      see "Responsivity"
Sensitizing dye      3.2.1
Sensitometry      3.2.2
Serpentine-bend mode filter      11.1.2
Shape factor      5.7.5
Shortest distance of distinct vision      see "Near point"
Shot noise      4.3.3
Shoulder (of D vs log $\mathscr{E}$ curve)      3.2.2
Shoulder (of D vs log $\mathscr{E}$ curve) of microscope objective      3.5
Shutter      3.2.2
shutter speed      3.2.2
Shutter, acousto-optic      8.4.1
Shutter, electro-optic      8.4.1
Shutter, passive      8.4.1
Sign convention      2.2.1 2.2.2 2.2.3
Silicon cell      4.3.1
Silver      9.1.7
Silver halide      3.2.1
Silver image      3.2.1
Sine condition      2.2.11
Sine function      7.3.1
Single-mode waveguide      1 10.2.6 10.4.2
Single-pixel operation      7.4.2
Skew ray      10.2.4 10.3.5 see
Sky, emissivity of      4.2.1
Slab interference microscopy      11.5.2
Slab of glass      Problem 2.2
Slide projector      3.3
Slit      see "Diffraction" "Diffraction
Snell's law      2.1.1 9.1.2 9.2.1
Snell's law in layered media      10.3.1
Solar cell      4.3.1
Solid angle      4.1.1
Sombrero function      7.3.1 7.3.3
Source      4.2 see "Blackbody" "Laser"
Source of blackbody radiation      4.2.1
Source, coherence of      5.6
Source, emissivity of      4.2.1
Source, quasi-thermal      5.7.4
Source, thermal      4.2
Spatial coherence      see "Coherence"
Spatial filter      7.2.1 7.2.4
Spatial filtering      1 7.2.4
Spatial frequency      7.2.2 7.4.4
Spatial light modulator      7.2.4
Specific detectivity      see "D*"
Speckle      5.7.3 5.7.4
Speckle noise      Problem 5.16
Spectral lines, table      4.2.3
Spectral mode      see "Mode"
Spectral radiance      4.1.1
Spectral range      see "Free spectral range"
Spectral responsivity      4.3.3
Spectral sensitivity of eye      3.1
Spectral width      5.6.1 6.2
Spectrometer      6.1
Spectrometer, grating      6.1
Spectrum      2.1.2 3.1
Spectrum analyzer      1 12.2
Spectrum of blackbodies      4.2.1
Spectrum, angular      7.3.7
Spectrum, line      4.2.3
Spectrum, visible      3.1
Specular illumination      5.7.2 7.3.2
speed of light      5.1.1 see
Speed of response      4.3.3
Spherical aberration      Problem 2.10 2.2.12 2.2.13 3.5
Spherical refracting surface      2.2.1 5.5.6 see
Spiking      4.4.3 8.4.1 8.4.4
Splice      1 10.4 see "Coupler"
Spontaneous emission      4.2.3 8.1 8.2.1
Spontaneous-emission lifetime      8.2.1
Spot size      8.3.3 see "Beam
Spurious resolution      7.3.5
Square-law detector      5.1.1
Square-law profile      see "Parabolic profile"
Stability diagram      8.3.4
Stability parameters      8.3.3
Star coupler      10.4.3 12.1.3
State      see "Energy level"
Stefan — Boltzmann constant      4.2.1
Stefan's law      4.2.1
Step-index fiber, defined      10.3 see
Stimulated emission      8 8.1.1 8.2.1
Stops, iris diaphragms calibrated in      3.2.2 see "Field "Pupil"
Straight edge, diffraction by      5.5.3
Strip waveguide      see "Optical waveguide"
Substrate, various      12.1
Sugar solution      9.2.5
Sun      4.2.1 8.5
sunglasses      8.5.1
Superpolished substrate      6.3.3
Superposition of waves      5.2
Surface-acoustic wave (SAW)      12.1.6
Surface-emitting laser      1 12.2.5
Switch, integrated-optical      12.1.6
Synch (video)      7.4.1
Target (resolution)      5.7.3
TEA laser      see "Laser"
Teflon (diffuser)      4.1.5
Telecommunications Industry Association      1
Telephoto lens      Problem 2.5
Telephoto lens, reverse      Problem 2.5
Telescope      1 3.7 3.8.2 4.1.7
Telescope objective      2.2.12 3.8.2
Telescope, erecting      3.7.3
Telescope, Galilean      3.7.3
Telescope, resolving power of      3.8.2
Telescope, terrestrial      3.7.3
Television      see "Liquid crystal" "Video "Video
Temporal coherence      see "Coherence"
Tensor      9.3.1
Theoretical resolution limit      see "Resolution limit"
Thermal detector      see "Detector"
Thermal noise      4.3.3
Thermal source      see "Source"
Thermistor      4.3.2
Thick hologram      see "Hologram"
Thick lens      see "Lens"
Thin film      see "Integrated optics" "Interference "Quarter-wave
Thin lens      see "Lens"
Third-order aberration      5.7.5
Tilted object plane      Problem 2.6
time constant      see "Response time"
Time domain      11.3.4 see "Optical
Titanium dioxide      6.4.1
Toe (of D vs log $\mathscr{E}$ curve)      3.2.2
Total internal reflection      1 2.1.4 9.1.5 9.2.3
Tourmaline      9.2.4
Transducer      12.1.6
Transfer function      1 7.3.5—8
Transfer function, of film      7.3.8
Transfer, coherent      7.3.6 7.3.7
Transfer, diffraction-limited      7.3.5 7.3.6
Transfer, modulation      7.3.5
Transfer, optical      7.3.5
Transform plane      7.2.4 7.2.7 see
Transition      4.2.3
Transition, forbidden      4.2.3
Transmittance      3.2.2 5.4.2 9.1.3
Transmittance, amplitude      5.4.2 7.1 9.1.3
Transmittance, of hologram      7.1
Transmitter      12.1
Transverse backscattering      11.5.1
Transverse mode      see "Mode"
Transverse scattering      11.5.1
Transverse wave      1 5.2
Trifocal      3.1
Trigger      7.4.1
Triplet level      8.4.3
Triplicity of light      1
Truncated-wave analysis      7.3.7
Tube length      3.5
Tumbling-E chart      5.7.3
Tungsten lamp      3.8.4 4.2.1 4.2.2 11.1.1
Tunneling ray      10.2.4 10.3.4 see
Turning point      10.3.1
Twisted nematic      see "Liquid crystal"
Twyman — Green Interferometer      6.2.1 see
Ultramicroscope      Problem 7.5
Ultrasonic light modulator      see "Acousto-optic light modulator"
Ultrasonic wave      10.2.3 see
Unstable resonator      8.3.2
Useful magnification      see "Magnifying power"
Useful magnifying power      see "Magnifying power"
V number      10.2.5
VCSEL      12.2.5
Veiling glare      7.1.3
Velocity of light      2.1.1
Velocity of light, group      5.2.1
Velocity of light, phase      5.2 10.2.1
Verdet constant      9.4.5
Video camera      3.5 7.4.1 7.4.4
Video microscope      1 3.5 7.4.4
Vignetting      3.3 3.7.1—3
Virtual image      see "Image"
Virtual object      see "Object"
Visibility (of fringes)      6.2
Vision      see "Eye"
Vitreous silica      11.5.4 Problem 12.1.6
Waist      8.3.3
Water, Kerr constant of      9.4.1
Wave ellipsoid      9.2.1
wave nature of light      5.1
Wave packet      4.2 5.6 8.1 8.1.1 8.2.4 see
Wave plate      7.2.2
Wave vector      10.2.1
Wave, electromagnetic      5.1.1
1 2 3 4 5 6
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