Optics Classification and Indexing Scheme (OCIS)
The Optics Classification and Indexing Scheme (OCIS) provides a flexible, comprehensive classification system for all optical author input and ur retrieval needs. OCIS has a two-level hierarchical structure containing 36 main headers and approximately 1100 subcategories. OSA authors, prenters, and reviewers u OCIS to classify and index journal articles, meeting abstracts and prentations, and areas of rearch interest and experti.
Suggestions for changes or additions can be nt to OCIS@osa.
Main Categories
000.0000 General
010.0010 Atmospheric and oceanic optics 020.0020 Atomic and molecular physics 030.0030 Coherence and statistical optics 040.0040 Detectors
050.0050 Diffraction and gratings 060.0060 Fiber optics and optical
communications
070.0070 Fourier optics and signal
processing
080.0080 Geometric optics
090.0090 Holography
100.0100 Image processing 110.0110 Imaging systems
120.0120 Instrumentation, measurement,
and metrology
130.0130 Integrated optics
140.0140 Lars and lar optics
150.0150 Machine vision
160.0160 Materials
170.0170 Medical optics and biotechnology
180.0180 Microscopy
190.0190 Nonlinear optics
200.0200 Optics in computing
210.0210 Optical data storage
220.0220 Optical design and fabrication
230.0230 Optical devices
240.0240 Optics at surfaces
250.0250 Optoelectronics
260.0260 Physical optics
270.0270 Quantum optics
280.0280 Remote nsing and nsors
290.0290 Scattering
300.0300 Spectroscopy
310.0310 Thin films
320.0320 Ultrafast optics
330.0330 Vision, color, and visual optics
340.0340 X-ray optics
350.0350 Other areas of optics
Complete Listing
000.0000 General
000.1200 Announcements, awards, news,
and organizational activities 000.1410 Biography
000.1430 Biology and medicine
000.1570 Chemistry
000.1600 Classical and quantum physics 000.1780 Conferences, lectures, and
institutes
000.2060 Education
000.2170 Equipment and techniques 000.2190 Experimental physics
000.2658 Fundamental tests
000.2690 General physics
000.2700 General science
000.2780 Gravity
000.2850 History and philosophy
000.3110 Instruments, apparatus, and
components common to the
sciences
000.3860 Mathematical methods in physics 000.3870 Mathematics
000.4430 Numerical approximation and
analysis
000.4895 OSA history
000.4920 Other life sciences
000.4930 Other topics of general interest 000.5360 Physics literature and publications 000.5490 Probability theory, stochastic
process, and statistics
000.5920 Science and society
000.6590 Statistical mechanics
000.6800 Theoretical physics
000.6850 Thermodynamics
010.0010 Atmospheric and oceanic optics 010.0280 Remote nsing and nsors 010.1030 Absorption
010.1080 Active or adaptive optics 010.1100 Aerosol detection
010.1110 Aerosols
010.1120 Air pollution monitoring
010.1280 Atmospheric composition 010.1285 Atmospheric correction 010.1290 Atmospheric optics
010.1300 Atmospheric propagation
010.1310 Atmospheric scattering
010.1320 Atmospheric transmittance
010.1330 Atmospheric turbulence
010.1350 Backscattering
010.1615 Clouds
010.1690 Color
010.2940 Ice crystal phenomena
010.3310 Lar beam transmission
010.3640 Lidar
010.3920 Meteorology
010.4030 Mirages and refraction
010.4450 Oceanic optics
010.4455 Oceanic propagation
010.4458 Oceanic scattering
010.4950 Ozone
010.5620 Radiative transfer
010.5630 Radiometry
010.7030 Troposphere
010.7060 Turbulence
010.7295 Visibility and imaging
010.7340 Water
010.7350 Wave-front nsing
020.0020 Atomic and Molecular Physics
020.1335 Atom optics
020.1475 Bo-Einstein condensates
020.1670 Coherent optical effects
020.2070 Effects of collisions
020.2649 Strong field lar physics
020.2930 Hyperfine structure
020.3260 Isotope shifts
020.3320 Lar cooling
020.3690 Line shapes and shifts
020.4180 Multiphoton process
020.4900 Oscillator strengths
020.5580 Quantum electrodynamics
020.5780 Rydberg states
020.6580 Stark effect
020.7010 Lar trapping
020.7490 Zeeman effect
030.0030 Coherence and statistical optics
030.1640 Coherence
030.1670 Coherent optical effects
030.4070 Modes
030.4280 Noi in imaging systems
030.5260 Photon counting
030.5290 Photon statistics
030.5620 Radiative transfer
030.5630 Radiometry
030.5770 Roughness
030.6140 Speckle
030.6600 Statistical optics
030.6610 Stellar speckle interferometry
030.7060 Turbulence
040.0040 Detectors
040.1240 Arrays
040.1345 Avalanche photodiodes (APDs)
040.1490 Cameras
040.1520 CCD, charge-coupled device
040.1880 Detection
040.2235 Far infrared or terahertz
040.2480 FLIR, forward-looking infrared
040.2840 Heterodyne
040.3060 Infrared
040.3780 Low light level
040.4200 Multiple quantum well
040.5150 Photoconductivity
040.5160 Photodetectors
040.5190 Photographic film
040.5250 Photomultipliers
040.5350 Photovoltaic
040.5570 Quantum detectors
040.6040 Silicon
040.6070 Solid state detectors
040.6808 Thermal (uncooled) IR detectors,
arrays and imaging
040.7190 Ultraviolet
040.7290 Video
040.7480 X-rays, soft x-rays, extreme
ultraviolet (EUV)
050.0050 Diffraction and gratings
050.1220 Apertures
050.1380 Binary optics
050.1590 Chirping
OCIS 2007 – Page 1
050.1755 Computational electromagnetic
methods
050.1930 Dichroism
050.1940 Diffraction
050.1950 Diffraction gratings
050.1960 Diffraction theory
050.1965 Diffractive lens
050.1970 Diffractive optics
050.2065 Effective medium theory 050.2230 Fabry-Perot
050.2555 Form birefringence
050.2770 Gratings
050.4865 Optical vortices
050.5080 Pha shift
050.5082 Pha space in wave options 050.5298 Photonic crystals
050.5745 Resonance domain
050.6624 Subwavelength structures 050.6875 Three-dimensional fabrication 050.7330 Volume gratings
060.0060 Fiber optics and optical
communications
060.1155 All-optical networks
060.1660 Coherent communications 060.1810 Buffers, couplers, routers,
switches, and multiplexers 060.2270 Fiber characterization
060.2280 Fiber design and fabrication 060.2290 Fiber materials
060.2300 Fiber measurements
060.2310 Fiber optics
060.2320 Fiber optics amplifiers and
oscillators
060.2330 Fiber optics communications 060.2340 Fiber optics components
060.2350 Fiber optics imaging
060.2360 Fiber optics links and subsystems 060.2370 Fiber optics nsors
060.2380 Fiber optics sources and detectors 060.2390 Fiber optics, infrared
060.2400 Fiber properties
060.2410 Fibers, erbium
060.2420 Fibers, polarization-maintaining 060.2430 Fibers, single-mode
060.2605 Free-space optical communication 060.2630 Frequency modulation
060.2800 Gyroscopes
060.2840 Heterodyne
060.2920 Homodyning
060.3510 Lars, fiber
060.3735 Fiber Bragg gratings
060.3738 Fiber Bragg gratings,
photonsitivity
060.4005 Microstructured fibers
060.4080 Modulation
060.4230 Multiplexing
060.4250 Networks
060.4251 Networks, assignment and routing algorithms
060.4252 Networks, broadcast
060.4253 Networks, circuit-switched 060.4254 Networks, combinatorial network
design
060.4255 Networks, multicast
060.4256 Networks, network optimization 060.4257 Networks, network survivability 060.4258 Networks, network topology 060.4259 Networks, packet-switched 060.4261 Networks, protection and
restoration
060.4262 Networks, ring
060.4263 Networks, star
060.4264 Networks, wavelength assignment 060.4265 Networks, wavelength routing
060.4370 Nonlinear optics, fibers
060.4510 Optical communications
060.4785 Optical curity and encryption
060.5060 Pha modulation
060.5295 Photonic crystal fibers
060.5530 Pul propagation and temporal
solitons
060.5565 Quantum communications
060.5625 Radio frequency photonics
060.6718 Switching, circuit
060.6719 Switching, packet
060.7140 Ultrafast process in fibers
070.0070 Fourier optics and signal
processing
070.1060 Acousto-optical signal processing
070.1170 Analog optical signal processing
070.1675 Coherent states (in wave optics)
070.2025 Discrete optical signal processing
070.2465 Finite analogs of Fourier
transforms
070.2575 Fractional Fourier transforms
070.2580 Paraxial wave optics
070.2590 ABCD transforms
070.2615 Frequency filtering
070.3185 Invariant optical fields
070.4340 Nonlinear optical signal
processing
070.4550 Correlators
070.4560 Data processing by optical means
070.4690 Morphological transformations
澳大利亚留学的条件070.4790 Spectrum analysis
070.5010 Pattern recognition
070.5040 Pha conjugation
070.5753 Resonators
070.6020 Continuous optical signal
processing
070.6110 Spatial filtering
070.6120 Spatial light modulators
070.6760 Talbot and lf-imaging effects
070.7145 Ultrafast processing
battalion070.7345 Wave propagation
070.7425 Quasi-probability distribution
functions
080.0080 Geometric optics
080.1005 Aberration expansions
080.1010 Aberrations (global)
080.1235 Apparent images
080.1238 Array waveguide devices
080.1510 Propagation methods
080.1665 Coherent design
080.1753 Computation methods
080.2175 Etendue
080.2203 Fabrication, electroforming
080.2205 Fabrication, injection molding
080.2208 Fabrication, tolerancing
080.2468 First-order optics
080.2575 Fractional Fourier transforms
080.2710 Inhomogeneous optical media
080.2720 Mathematical methods (general)
080.2730 Matrix methods in paraxial optics
080.2740 Geometric optical design
080.3095 Inhomogeneous elements in
optical systems
080.3620 Lens system design
080.3630 Lens
080.3645 Lie algebraic and group methods
080.3685 Lightpipes
080.3875 Matrix methods in metaxial
expansions
080.4035 Mirror system design
080.4225 Nonspherical lens design
080.4228 Nonspherical mirror surfaces
080.4295 Nonimaging optical systems
080.4298 Nonimaging optics
080.4865 Optical vortices
080.5084 Pha space methods of analysis
080.5692 Ray trajectories in
inhomogeneous media
080.6755 Systems with special symmetry
080.7343 Wave dressing of rays
090.0090 Holography
090.1000 Aberration compensation
090.1705 Color holography
090.1760 Computer holography
090.1970 Diffractive optics
090.1995 Digital holography
090.2645 Stratified volume holograms
090.2820 Heads-up displays
090.2870 Holographic display
090.2880 Holographic interferometry
090.2890 Holographic optical elements
090.2900 Optical storage materials
090.2910 Holography, microwave
090.4220 Multiplex holography
090.5640 Rainbow holography
090.5694 Real-time holography
090.6186 Spectral holography
090.7330 Volume gratings
100.0100 Image processing
100.0118 Imaging ultrafast phenomena
100.1160 Analog optical image processing
100.1390 Binary pha-only filters
100.1455 Blind deconvolution
100.1830 Deconvolution
100.1930 Dichroism
100.2000 Digital image processing
100.2550 Focal-plane-array image
processors
100.2650 Fringe analysis
100.2810 Halftone image reproduction
100.2960 Image analysis
100.2980 Image enhancement
100.3005 Image recognition devices
100.3008 Image recognition, algorithms and
filters
100.3010 Image reconstruction techniques
100.3020 Image reconstruction-restoration
100.3175 Interferometric imaging
100.3190 Inver problems
100.3200 Inver scattering
100.4145 Motion, hyperspectral image
processing
100.4550 Correlators
100.4992 Pattern, nonlinear correlators
100.4993 Pattern recognition, Baysian
processors
100.4994 Pattern recognition, image
transforms
100.4995 Pattern recognition, metrics
100.4996 Pattern recognition, neural
networks
100.4997 Pattern recognition, nonlinear
spatial filters
100.4998 Pattern recognition, optical
curity and encryption
100.4999 Pattern recognition, target
tracking
100.5010 Pattern recognition
100.5070 Pha retrieval
100.5088 Pha unwrapping
100.5090 Pha-only filters
100.5760 Rotation-invariant pattern
recognition
OCIS 2007 – Page 2
100.6640 Superresolution
100.6740 Synthetic discrimination functions 100.6890 Three-dimensional image
processing
100.6950 Tomographic image processing 100.7410 Wavelets
110.0110 Imaging systems
110.0113 Imaging through turbid media 110.0115 Imaging through turbulent media 110.0180 Microscopy
110.1080 Active or adaptive optics
110.1085 Adaptive imaging
110.1220 Apertures
110.1455 Blind deconvolution
110.1650 Coherence imaging
110.1758 Computational imaging
110.2350 Fiber optics imaging
110.2650 Fringe analysis
110.2760 Gradient-index lens
110.2945 Illumination design
110.2960 Image analysis
110.2970 Image detection systems
110.2990 Image formation theory
110.3000 Image quality asssment 110.3010 Image reconstruction techniques 110.3055 Information theoretical analysis 110.3080 Infrared imaging
110.3175 Interferometric imaging
110.3200 Inver scattering
110.3925 Metrics
110.3960 Microlithography
110.4100 Modulation transfer function 110.4153 Motion estimation and optical
flow
110.4155 Multiframe image processing 110.4190 Multiple imaging
110.4234 Multispectral and hyperspectral
imaging
110.4235 Nanolithography
110.4248 Networked imaging
110.4280 Noi in imaging systems 110.4500 Optical coherence tomography 110.4850 Optical transfer functions 110.4980 Partial coherence in imaging 110.5086 Pha unwrapping
110.5100 Phad-array imaging systems 110.5120 Photoacoutic imaging
110.5125 Photoacoustics
110.5200 Photography
110.5220 Photolithography
110.5405 Polarimetric imaging
110.6150 Speckle imaging
u boat110.6760 Talbot and lf-imaging effects 110.6770 Telescopes
110.6795 Terahertz imaging
110.6820 Thermal imaging
110.6880 Three-dimensional image
acquisition
110.6895 Three-dimensional lithography 110.6915 Time imaging
110.6955 Tomographic imaging
110.6960 Tomography
110.6980 Transforms
110.7050 Turbid media
110.7170 Ultrasound
110.7348 Wavefront encoding
110.7410 Wavelets
110.7440 X-ray imaging
120.0120 Instrumentation, measurement, and metrology
120.0280 Remote nsing and nsors 120.1088 Adaptive interferometry 120.1680 Collimation
120.1740 Combustion diagnostics
120.1840 Densitometers, reflectometers
120.1880 Detection
120.2040 Displays
120.2130 Ellipsometry and polarimetry
120.2230 Fabry-Perot
120.2440 Filters
120.2650 Fringe analysis
120.2820 Heads-up displays
120.2830 Height measurements
120.2880 Holographic interferometry
120.2920 Homodyning
120.3150 Integrating spheres
120.3180 Interferometry
120.3620 Lens system design
120.3688 Lightwave analyzers
120.3890 Medical optics instrumentation
120.3930 Metrological instrumentation
120.3940 Metrology
120.4120 Moire' techniques
120.4140 Monochromators
120.4290 Nondestructive testing
120.4530 Optical constants
120.4570 Optical design of instruments
120.4610 Optical fabrication
120.4630 Optical inspection
120.4640 Optical instruments
120.4800 Optical standards and testing
120.4820 Optical systems
120.4825 Optical time domain
reflectometry
120.4880 Optomechanics
120.5050 Pha measurement
120.5060 Pha modulation
120.5240 Photometry
120.5410 Polarimetry
120.5475 Pressure measurement
120.5630 Radiometry
120.5700 Reflection
120.5710 Refraction
120.5790 Sagnac effect
120.5800 Scanners
120.5820 Scattering measurements
120.6085 Space instrumentation
120.6150 Speckle imaging
120.6160 Speckle interferometry
120.6165 Speckle interferometry,
metrology
120.6168 Speckle interferometry, stellar
120.6200 Spectrometers and spectroscopic
instrumentation
120.6650 Surface measurements, figure
120.6660 Surface measurements, roughness
120.6710 Susceptibility
120.6780 Temperature
120.6810 Thermal effects
120.7000 Transmission
120.7250 Velocimetry
120.7280 Vibration analysis
130.0130 Integrated optics
130.0250 Optoelectronics
130.1750 Components
130.2035 Dispersion compensation devices
130.2260 Ferroelectrics
130.2755 Glass waveguides
130.2790 Guided waves
130.3060 Infrared
130.3120 Integrated optics devices
130.3130 Integrated optics materials
130.3730 Lithium niobate
130.3750 Optical logic devices
130.3990 Micro-optical devices
130.4110 Modulators易学国际
130.4310 Nonlinear
130.4815 Optical switching devices
130.5296 Photonic crystal waveguides
130.5440 Polarization-lective devices
130.5460 Polymer waveguides
130.5990 Semiconductors
130.6010 Sensors
130.6622 Subsystem integration and
techniques
130.6750 Systems
130.7405 Wavelength conversion devices
130.7408 Wavelength filtering devices
140.0140 Lars and lar optics
140.1340 Atomic gas lars
140.1540 Chaos
140.1550 Chemical lars
140.1700 Color center lars
140.2010 Diode lar arrays
140.2020 Diode lars
140.2050 Dye lars
140.2180 Excimer lars
140.2600 Free-electron lars (FELs)
140.3070 Infrared and far-infrared lars
140.3210 Ion lars
140.3280 Lar amplifiers
140.3290 Lar arrays
140.3295 Lar beam characterization
140.3298 Lar beam combining
140.3300 Lar beam shaping
140.3320 Lar cooling
140.3325 Lar coupling
140.3330 Lar damage
140.3360 Lar safety and eye protection
140.3370 Lar gyroscopes
140.3380 Lar materials
140.3390 Lar materials processing
140.3410 Lar resonators
140.3425 Lar stabilization
140.3430 Lar theory
140.3440 Lar-induced breakdown
140.3450 Lar-induced chemistry
140.3460 Lars
140.3470 Lars, carbon dioxide
140.3480 Lars, diode-pumped
140.3490 Lars, distributed-feedback
140.3500 Lars, erbium
140.3510 Lars, fiber
140.3515 Lars, frequency doubled
140.3518 Lars, frequency modulated
140.3520 Lars, injection-locked
140.3530 Lars, neodymium
140.3535 Lars, pha conjugate
140.3538 Lars, puld
140.3540 Lars, Q-switched
140.3550 Lars, Raman
140.3560 Lars, ring
140.3570 Lars, single-mode
140.3580 Lars, solid-state
140.3590 Lars, titanium
140.3600 Lars, tunable
140.3610 Lars, ultraviolet
140.3613 Lars, upconversion
140.3615 Lars, ytterbium
140.3945 Microcavities
140.3948 Microcavity devices
140.4050 Mode-locked lars
140.4130 Molecular gas lars
140.4480 Optical amplifiers
140.4780 Optical resonators
140.5560 Pumping
140.5680 Rare earth and transition metal
solid-state lars
OCIS 2007 – Page 3
140.5960 Semiconductor lars
140.5965 Semiconductor lars, quantum
cascade
140.6630 Superradiance, superfluorescence 140.6810 Thermal effects
140.7010 Lar trapping
140.7090 Ultrafast lars
140.7215 Undulator radiation
140.7240 UV, EUV, and X-ray lars 140.7260 Vertical cavity surface emitting
lars
140.7270 Vertical emitting lars 140.7300 Visible lars
150.0150 Machine vision
150.0155 Machine vision optics
150.1135 Algorithms
150.1488 Calibration
150.1708 Color inspectionadditions
150.1835 Defect understanding
150.2945 Illumination design
150.2950 Illumination
150.3040 Industrial inspection
150.3045 Industrial optical metrology 150.4065 Vision processor architecture 150.4232 Multinsor methods
150.4620 Optical flow
150.5495 Process monitoring and control 150.5670 Range finding
150.5758 Robotic and machine control 150.6044 Smart cameras
150.6910 Three-dimensional nsing
160.0160 Materials
160.1050 Acousto-optical materials 160.1190 Anisotropic optical materials 160.1245 Artificially engineered materials 160.1435 Biomaterials
160.1585 Chiral media
160.1890 Detector materials
160.2100 Electro-optical materials 160.2120 Elements
160.2220 Defect-center materials 160.2260 Ferroelectrics
160.2290 Fiber materials
160.2540 Fluorescent and luminescent
materials
160.2710 Inhomogeneous optical media 160.2750 Glass and other amorphous
materials
160.2900 Optical storage materials 160.3130 Integrated optics materials 160.3220 Ionic crystals
160.3380 Lar materials
160.3710 Liquid crystals
160.3730 Lithium niobate
160.3820 Magneto-optical materials 160.3900 Metals
160.3918 Metamaterials
160.4236 Nanomaterials
160.4330 Nonlinear optical materials 160.4670 Optical materials
160.4760 Optical properties
160.4890 Organic materials
160.5140 Photoconductive materials 160.5293 Photonic bandgap materials 160.5298 Photonic crystals
160.5320 Photorefractive materials 160.5335 Photonsitive materials 160.5470 Polymers
160.5690 Rare-earth-doped materials 160.6000 Semiconductor materials 160.6030 Silica
160.6060 Solgel 160.6840 Thermo-optical materials
160.6990 Transition-metal-doped materials
170.0170 Medical optics and
biotechnologyresponsible怎么读
170.0110 Imaging systems
170.0180 Microscopy
170.1020 Ablation of tissue
170.1065 Acousto-optics
170.1420 Biology
170.1460 Blood gas monitoring
170.1470 Blood or tissue constituent
monitoring
170.1530 Cell analysis
170.1580 Chemometrics
170.1610 Clinical applications
170.1630 Coded aperture imaging
170.1650 Coherence imaging
170.1790 Confocal microscopy
170.1850 Dentistry
170.1870 Dermatology
170.2150 Endoscopic imaging
170.2520 Fluorescence microscopy
170.2655 Functional monitoring and
imaging
170.2670 Gamma ray imaging
170.2680 Gastrointestinal
170.2945 Illumination design
170.3010 Image reconstruction techniques
170.3340 Lar Doppler velocimetry
170.3650 Lifetime-bad nsing
170.3660 Light propagation in tissues
170.3830 Mammography
170.3880 Medical and biological imaging
170.3890 Medical optics instrumentation
170.4090 Modulation techniques
170.4440 ObGyn
170.4460 Ophthalmic optics and devices
170.4470 Ophthalmology
170.4500 Optical coherence tomography
170.4520 Optical confinement and
manipulation
170.4580 Optical diagnostics for medicine
170.4730 Optical pathology
170.4940 Otolaryngology
170.5120 Photoacoustic imaging
170.5180 Photodynamic therapy
170.5270 Photon density waves
170.5280 Photon migration
170.5380 Physiology
170.5660 Raman spectroscopy
170.5755 Retina scanning
170.5810 Scanning microscopy
170.6280 Spectroscopy, fluorescence and
luminescence
170.6480 Spectroscopy, speckle
170.6510 Spectroscopy, tissue diagnostics
170.6795 Terahertz imaging
170.6900 Three-dimensional microscopy
170.6920 Time-resolved imaging
170.6930 Tissue
170.6935 Tissue characterization
170.6940 Tissue welding
170.6960 Tomography
170.7050 Turbid media
170.7160 Ultrafast technology
170.7170 Ultrasound
清大教育
chandler170.7180 Ultrasound diagnostics
170.7230 Urology
170.7440 X-ray imaging
180.0180 Microscopy
180.1655 Coherence tomography
180.1790 Confocal microscopy
180.2520 Fluorescence microscopy
180.3170 Interference microscopy
180.4243 Near-field microscopy
180.4315 Nonlinear microscopy
180.5655 Raman microscopy
180.5810 Scanning microscopy
180.6900 Three-dimensional microscopy
180.7460 X-ray microscopy
190.0190 Nonlinear optics
190.1450 Bistability
190.1900 Diagnostic applications of
nonlinear optics
190.2055 Dynamic gratings
190.2620 Harmonic generation and mixing
190.2640 Stimulated scattering, modulation,
etc.
190.3100 Instabilities and chaos
190.3270 Kerr effect
190.3970 Microparticle nonlinear optics
190.4160 Multiharmonic generation
190.4180 Multiphoton process
190.4223 Nonlinear wave mixing
190.4350 Nonlinear optics at surfaces
190.4360 Nonlinear optics, devices
190.4370 Nonlinear optics, fibers
190.4380 Nonlinear optics, four-wave
mixing
190.4390 Nonlinear optics, integrated optics
190.4400 Nonlinear optics, materials
190.4410 Nonlinear optics, parametric
process
190.4420 Nonlinear optics, transver
effects in
190.4710 Optical nonlinearities in organic
materials
190.4720 Optical nonlinearities of
condend matter
190.4870 Photothermal effects
190.4970 Parametric oscillators and
amplifiers
190.4975 Parametric process
190.5040 Pha conjugation
190.5330 Photorefractive optics
190.5530 Pul propagation and temporal
solitons
190.5650 Raman effect
190.5890 Scattering, stimulated
190.5940 Self-action effects
190.5970 Semiconductor nonlinear optics
including MQW
190.6135 Spatial solitons
190.7070 Two-wave mixing
190.7110 Ultrafast nonlinear optics
190.7220 Upconversion
200.0200 Optics in computing
200.1130 Algebraic optical processing
200.2605 Free-space optical communication
200.2610 Free-space digital optics
200.3050 Information processing
200.3760 Logic-bad optical processing
200.4260 Neural networks
200.4490 Optical buffers
200.4540 Optical content addressable
memory processors
寻求合作伙伴200.4560 Optical data processing
200.4650 Optical interconnects
200.4660 Optical logic
200.4690 Morphological transformations
200.4700 Optical neural systems
200.4740 Optical processing
200.4860 Optical vector-matrix systems
200.4880 Optomechanics
OCIS 2007 – Page 4
200.4960 Parallel processing
200.6015 Signal regeneration
200.6046 Smart pixel systems
200.6715 Switching
210.0210 Optical data storage
210.1635 Coding for optical storage 210.2860 Holographic and volume
memories
210.3810 Magneto-optic systems
210.3820 Magneto-optical materials 210.4245 Near-field optical recording 210.4590 Optical disks
210.4680 Optical memories
210.4770 Optical recording
210.4810 Optical storage-recording
materials
210.4965 Parallel readout
220.0220 Optical design and fabrication 220.1000 Aberration compensation 220.1010 Aberrations (global)
220.1080 Active or adaptive optics 220.1140 Alignment
220.1230 Apodization
220.1250 Aspherics
220.1770 Concentrators
220.1920 Diamond machining
220.2560 Propagating methods
220.2740 Geometric optical design 220.2945 Illumination design
220.3620 Lens system design
220.3630 Lens
220.3740 Lithography
220.4000 Microstructure fabrication 220.4241 Nanostructure fabrication 220.4298 Nonimaging optics
220.4610 Optical fabrication
220.4830 Systems design
220.4840 Testing
220.4880 Optomechanics
220.5450 Polishing
230.0230 Optical devices
230.0040 Detectors
230.0250 Optoelectronics
230.1040 Acousto-optical devices
230.1150 All-optical devices
230.1360 Beam splitters
230.1480 Bragg reflectors
230.1950 Diffraction gratings
230.1980 Diffurs
230.2035 Dispersion compensation devices 230.2090 Electro-optical devices
230.2240 Faraday effect
230.2285 Fiber devices and optical
amplifiers
230.3120 Integrated optics devices 230.3205 Invisibility cloaks
230.3240 Isolators
230.3670 Light-emitting diodes
230.3720 Liquid-crystal devices
230.3750 Optical logic devices
230.3810 Magneto-optic systems
230.3990 Micro-optical devices
230.4000 Microstructure fabrication 230.4040 Mirrors
230.4110 Modulators
230.4170 Multilayers
230.4205 Multiple quantum well (MQW)
modulators
230.4320 Nonlinear optical devices 230.4480 Optical amplifiers
230.4555 Coupled resonators 230.4685 Optical microelectromechanical
devices
230.4910 Oscillators
230.5160 Photodetectors
230.5170 Photodiodes
230.5298 Photonic crystals
230.5440 Polarization-lective devices
230.5480 Prisms
230.5590 Quantum-well, -wire and -dot
devices
230.5750 Resonators
230.6046 Smart pixel systems
230.6080 Sources
230.6120 Spatial light modulators
230.7020 Traveling-wave devices
230.7370 Waveguides
230.7380 Waveguides, channeled
230.7390 Waveguides, planar
230.7400 Waveguides, slab
230.7405 Wavelength conversion devices
230.7408 Wavelength filtering devices
240.0240 Optics at surfaces
240.0310 Thin films
240.1485 Buried interfaces
240.2130 Ellipsometry and polarimetry
240.3695 Linear and nonlinear light
scattering from surfaces
240.3990 Micro-optical devices
240.4350 Nonlinear optics at surfaces
240.5420 Polaritons
240.5440 Polarization-lective devices
240.5450 Polishing
240.5698 Reflectance anisotropy
spectroscopy
240.5770 Roughness
240.6380 Spectroscopy, modulation
240.6490 Spectroscopy, surface
240.6645 Surface differential reflectance
240.6648 Surface dynamics
240.6670 Surface photochemistry
240.6675 Surface photoemission and
photoelectron spectroscopy
240.6680 Surface plasmons
240.6690 Surface waves
240.6695 Surface-enhanced Raman
scattering
240.6700 Surfaces
240.7040 Tunneling
250.0250 Optoelectronics
250.0040 Detectors
250.1345 Avalanche photodiodes (APDs)
250.1500 Cathodoluminescence
250.2080 Polymer active devices
250.3140 Integrated optoelectronic circuits
250.3680 Light-emitting polymers
250.3750 Optical logic devices
250.4110 Modulators
生活大爆炸第二季字幕250.4390 Nonlinear optics, integrated optics
250.4480 Optical amplifiers
250.4745 Optical processing devices
250.5230 Photoluminescence
250.5300 Photonic integrated circuits
250.5403 Plasmonics
250.5460 Polymer waveguides
250.5530 Pul propagation and temporal
solitons
250.5590 Quantum-well, -wire and -dot
devices
250.5960 Semiconductor lars
250.5980 Semiconductor optical amplifiers
250.6715 Switching
250.7260 Vertical cavity surface emitting
lars
250.7270 Vertical emitting lars
250.7360 Waveguide modulators
260.0260 Physical optics
260.1180 Crystal optics
260.1440 Birefringence
260.1560 Chemiluminescence
260.1960 Diffraction theory
260.2030 Dispersion
260.2065 Effective medium theory
260.2110 Electromagnetic optics
260.2130 Ellipsometry and polarimetry
260.2160 Energy transfer
260.2510 Fluorescence
260.2710 Inhomogeneous optical media
260.3060 Infrared
260.3090 Infrared, far
260.3160 Interference
260.3230 Ionization
260.3800 Luminescence
260.3910 Metal optics
260.5130 Photochemistry
260.5150 Photoconductivity
260.5210 Photoionization
260.5430 Polarization
260.5740 Resonance
260.5950 Self-focusing
260.6042 Singular optics
260.6048 Soft x-rays
260.6580 Stark effect
260.6970 Total internal reflection
260.7120 Ultrafast phenomena
260.7190 Ultraviolet
260.7200 Ultraviolet, extreme
260.7210 Ultraviolet, vacuum
260.7490 Zeeman effect
270.0270 Quantum optics
270.1670 Coherent optical effects
270.2500 Fluctuations, relaxations, and
noi
270.3100 Instabilities and chaos
270.3430 Lar theory
270.4180 Multiphoton process
270.5290 Photon statistics
270.5530 Pul propagation and temporal
solitons
270.5565 Quantum communications
270.5568 Quantum cryptography
270.5570 Quantum detectors
270.5580 Quantum electrodynamics
270.5585 Quantum information and
processing
270.6570 Squeezed states
270.6620 Strong-field process
270.6630 Superradiance, superfluorescence
280.0280 Remote nsing and nsors
280.1100 Aerosol detection
280.1120 Air pollution monitoring
280.1310 Atmospheric scattering
280.1350 Backscattering
280.1355 Bathymetry
280.1415 Biological nsing and nsors
280.1545 Chemical analysis
280.1740 Combustion diagnostics
280.1910 DIAL, differential absorption
lidar
280.2470 Flames
280.2490 Flow diagnostics
280.3340 Lar Doppler velocimetry
280.3375 Lar induced ultrasonics
OCIS 2007 – Page 5
