| 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 Lasers and laser 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 sensing and sensors |
| 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 processes, and statistics |
| 000.5920 Science and society |
| 000.6590 Statistical mechanics |
| 000.6800 Theoretical physics |
| 000.6850 Thermodynamics |
|
|
| 010.0280 Remote sensing and sensors |
| 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 Laser 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 sensing |
|
|
| 020.1335 Atom optics |
| 020.1475 Bose-Einstein condensates |
| 020.1670 Coherent optical effects |
| 020.2070 Effects of collisions |
| 020.2649 Strong field laser physics |
| 020.2930 Hyperfine structure |
| 020.3260 Isotope shifts |
| 020.3320 Laser cooling |
| 020.3690 Line shapes and shifts |
| 020.4180 Multiphoton processes |
| 020.4900 Oscillator strengths |
| 020.5580 Quantum electrodynamics |
| 020.5780 Rydberg states |
| 020.6580 Stark effect |
| 020.7010 Laser trapping |
| 020.7490 Zeeman effect |
|
|
| 030.1640 Coherence |
| 030.1670 Coherent optical effects |
| 030.4070 Modes |
| 030.4280 Noise 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 |
|
|
| 040.1240 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) |
|
|
| 050.1220 Apertures |
| 050.1380 Binary optics |
| 050.1590 Chirping |
| 050.1755 Computational electromagnetic methods |
| 050.1930 Dichroism |
| 050.1940 Diffraction |
| 050.1950 Diffraction gratings |
| 050.1960 Diffraction theory |
| 050.1965 Diffractive lenses |
| 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 Phase shift |
| 050.5082 Phase space in wave optics |
| 050.5298 Photonic crystals |
| 050.5745 Resonance domain |
| 050.6624 Subwavelength structures |
| 050.6875 Three-dimensional fabrication |
| 050.7330 Volume gratings |
|
|
| 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 sensors |
| 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 Lasers, fiber |
| 060.3735 Fiber Bragg gratings |
| 060.3738 Fiber Bragg gratings, photosensitivity |
| 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 security and encryption |
| 060.5060 Phase modulation |
| 060.5295 Photonic crystal fibers |
| 060.5530 Pulse propagation and temporal solitons |
| 060.5565 Quantum communications |
| 060.5625 Radio frequency photonics |
| 060.6718 Switching, circuit |
| 060.6719 Switching, packet |
| 060.7140 Ultrafast processes in fibers |
|
|
| 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 |
| 070.4790 Spectrum analysis |
| 070.5010 Pattern recognition |
| 070.5040 Phase conjugation |
| 070.5753 Resonators |
| 070.6020 Continuous optical signal processing |
| 070.6110 Spatial filtering |
| 070.6120 Spatial light modulators |
| 070.6760 Talbot and self-imaging effects |
| 070.7145 Ultrafast processing |
| 070.7345 Wave propagation |
| 070.7425 Quasi-probability distribution functions |
|
|
| 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 Lenses |
| 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 Phase space methods of analysis |
| 080.5692 Ray trajectories in inhomogeneous media |
| 080.6755 Systems with special symmetry |
| 080.7343 Wave dressing of rays |
|
|
| 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 |
|
|
| 100.0118 Imaging ultrafast phenomena |
| 100.1160 Analog optical image processing |
| 100.1390 Binary phase-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 Inverse problems |
| 100.3200 Inverse 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 security and encryption |
| 100.4999 Pattern recognition, target tracking |
| 100.5010 Pattern recognition |
| 100.5070 Phase retrieval |
| 100.5088 Phase unwrapping |
| 100.5090 Phase-only filters |
| 100.5760 Rotation-invariant pattern recognition |
| 100.6640 Superresolution |
| 100.6740 Synthetic discrimination functions |
| 100.6890 Three-dimensional image processing |
| 100.6950 Tomographic image processing |
| 100.7410 Wavelets |
|
|
| 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 lenses |
| 110.2945 Illumination design |
| 110.2960 Image analysis |
| 110.2970 Image detection systems |
| 110.2990 Image formation theory |
| 110.3000 Image quality assessment |
| 110.3010 Image reconstruction techniques |
| 110.3055 Information theoretical analysis |
| 110.3080 Infrared imaging |
| 110.3175 Interferometric imaging |
| 110.3200 Inverse 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 Noise in imaging systems |
| 110.4500 Optical coherence tomography |
| 110.4850 Optical transfer functions |
| 110.4980 Partial coherence in imaging |
| 110.5086 Phase unwrapping |
| 110.5100 Phased-array imaging systems |
| 110.5120 Photoacoustic imaging |
| 110.5125 Photoacoustics |
| 110.5200 Photography |
| 110.5220 Photolithography |
| 110.5405 Polarimetric imaging |
| 110.6150 Speckle imaging |
| 110.6760 Talbot and self-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 |
|
|
| 120.0280 Remote sensing and sensors |
| 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 Phase measurement |
| 120.5060 Phase 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 |
|
|
| 130.0250 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 |
| 130.4310 Nonlinear |
| 130.4815 Optical switching devices |
| 130.5296 Photonic crystal waveguides |
| 130.5440 Polarization-selective 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 |
|
|
| 140.1340 Atomic gas lasers |
| 140.1540 Chaos |
| 140.1550 Chemical lasers |
| 140.1700 Color center lasers |
| 140.2010 Diode laser arrays |
| 140.2020 Diode lasers |
| 140.2050 Dye lasers |
| 140.2180 Excimer lasers |
| 140.2600 Free-electron lasers (FELs) |
| 140.3070 Infrared and far-infrared lasers |
| 140.3210 Ion lasers |
| 140.3280 Laser amplifiers |
| 140.3290 Laser arrays |
| 140.3295 Laser beam characterization |
| 140.3298 Laser beam combining |
| 140.3300 Laser beam shaping |
| 140.3320 Laser cooling |
| 140.3325 Laser coupling |
| 140.3330 Laser damage |
| 140.3360 Laser safety and eye protection |
| 140.3370 Laser gyroscopes |
| 140.3380 Laser materials |
| 140.3390 Laser materials processing |
| 140.3410 Laser resonators |
| 140.3425 Laser stabilization |
| 140.3430 Laser theory |
| 140.3440 Laser-induced breakdown |
| 140.3450 Laser-induced chemistry |
| 140.3460 Lasers |
| 140.3470 Lasers, carbon dioxide |
| 140.3480 Lasers, diode-pumped |
| 140.3490 Lasers, distributed-feedback |
| 140.3500 Lasers, erbium |
| 140.3510 Lasers, fiber |
| 140.3515 Lasers, frequency doubled |
| 140.3518 Lasers, frequency modulated |
| 140.3520 Lasers, injection-locked |
| 140.3530 Lasers, neodymium |
| 140.3535 Lasers, phase conjugate |
| 140.3538 Lasers, pulsed |
| 140.3540 Lasers, Q-switched |
| 140.3550 Lasers, Raman |
| 140.3560 Lasers, ring |
| 140.3570 Lasers, single-mode |
| 140.3580 Lasers, solid-state |
| 140.3590 Lasers, titanium |
| 140.3600 Lasers, tunable |
| 140.3610 Lasers, ultraviolet |
| 140.3613 Lasers, upconversion |
| 140.3615 Lasers, ytterbium |
| 140.3945 Microcavities |
| 140.3948 Microcavity devices |
| 140.4050 Mode-locked lasers |
| 140.4130 Molecular gas lasers |
| 140.4480 Optical amplifiers |
| 140.4780 Optical resonators |
| 140.5560 Pumping |
| 140.5680 Rare earth and transition metal solid-state lasers |
| 140.5960 Semiconductor lasers |
| 140.5965 Semiconductor lasers, quantum cascade |
| 140.6630 Superradiance, superfluorescence |
| 140.6810 Thermal effects |
| 140.7010 Laser trapping |
| 140.7090 Ultrafast lasers |
| 140.7215 Undulator radiation |
| 140.7240 UV, EUV, and X-ray lasers |
| 140.7260 Vertical cavity surface emitting lasers |
| 140.7270 Vertical emitting lasers |
| 140.7300 Visible lasers |
|
|
| 150.0155 Machine vision optics |
| 150.1135 Algorithms |
| 150.1488 Calibration |
| 150.1708 Color inspection |
| 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 Multisensor 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 sensing |
|
|
| 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 Laser 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 Photosensitive 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 |
|
|
| 170.0110 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 Laser Doppler velocimetry |
| 170.3650 Lifetime-based sensing |
| 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 |
| 170.7180 Ultrasound diagnostics |
| 170.7230 Urology |
| 170.7440 X-ray imaging |
|
|
| 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 |
|
|
| 190.1450 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 processes |
| 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 processes |
| 190.4420 Nonlinear optics, transverse effects in |
| 190.4710 Optical nonlinearities in organic materials |
| 190.4720 Optical nonlinearities of condensed matter |
| 190.4870 Photothermal effects |
| 190.4970 Parametric oscillators and amplifiers |
| 190.4975 Parametric processes |
| 190.5040 Phase conjugation |
| 190.5330 Photorefractive optics |
| 190.5530 Pulse 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 |
|
|
| 200.1130 Algebraic optical processing |
| 200.2605 Free-space optical communication |
| 200.2610 Free-space digital optics |
| 200.3050 Information processing |
| 200.3760 Logic-based optical processing |
| 200.4260 Neural networks |
| 200.4490 Optical buffers |
| 200.4540 Optical content addressable memory processors |
| 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 |
| 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 |
|
|
| 220.1000 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 Lenses |
| 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 |
|
|
| 230.0040 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 Diffusers |
| 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-selective 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 |
|
|
| 240.0310 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-selective 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 |
|
|
| 250.0040 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 |
| 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 Pulse propagation and temporal solitons |
| 250.5590 Quantum-well, -wire and -dot devices |
| 250.5960 Semiconductor lasers |
| 250.5980 Semiconductor optical amplifiers |
| 250.6715 Switching |
| 250.7260 Vertical cavity surface emitting lasers |
| 250.7270 Vertical emitting lasers |
| 250.7360 Waveguide modulators |
|
|
| 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 |
|
|
| 270.1670 Coherent optical effects |
| 270.2500 Fluctuations, relaxations, and noise |
| 270.3100 Instabilities and chaos |
| 270.3430 Laser theory |
| 270.4180 Multiphoton processes |
| 270.5290 Photon statistics |
| 270.5530 Pulse 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 processes |
| 270.6630 Superradiance, superfluorescence |
|
|
| 280.1100 Aerosol detection |
| 280.1120 Air pollution monitoring |
| 280.1310 Atmospheric scattering |
| 280.1350 Backscattering |
| 280.1355 Bathymetry |
| 280.1415 Biological sensing and sensors |
| 280.1545 Chemical analysis |
| 280.1740 Combustion diagnostics |
| 280.1910 DIAL, differential absorption lidar |
| 280.2470 Flames |
| 280.2490 Flow diagnostics |
| 280.3340 Laser Doppler velocimetry |
| 280.3375 Laser induced ultrasonics |
| 280.3400 Laser range finder |
| 280.3420 Laser sensors |
| 280.3640 Lidar |
| 280.4750 Optical processing of radar images |
| 280.4788 Optical sensing and sensors |
| 280.4991 Passive remote sensing |
| 280.5110 Phased-array radar |
| 280.5395 Plasma diagnostics |
| 280.5475 Pressure measurement |
| 280.5600 Radar |
| 280.5715 Refractivity profiles |
| 280.6730 Synthetic aperture radar |
| 280.6780 Temperature |
| 280.7060 Turbulence |
| 280.7250 Velocimetry |
|
|
| 290.1090 Aerosol and cloud effects |
| 290.1310 Atmospheric scattering |
| 290.1350 Backscattering |
| 290.1483 BSDF, BRDF, and BTDF |
| 290.1990 Diffusion |
| 290.2200 Extinction |
| 290.2558 Forward scattering |
| 290.2648 Stray light |
| 290.2745 Ghost reflections |
| 290.3030 Index measurements |
| 290.3200 Inverse scattering |
| 290.3700 Linewidth |
| 290.3770 Long-wave scattering |
| 290.4020 Mie theory |
| 290.4210 Multiple scattering |
| 290.5820 Scattering measurements |
| 290.5825 Scattering theory |
| 290.5830 Scattering, Brillouin |
| 290.5835 Scattering, Harvey |
| 290.5838 Scattering, in-field |
| 290.5839 Scattering, invisibility |
| 290.5840 Scattering, molecules |
| 290.5845 Scattering, out-of-field |
| 290.5850 Scattering, particles |
| 290.5855 Scattering, polarization |
| 290.5860 Scattering, Raman |
| 290.5870 Scattering, Rayleigh |
| 290.5880 Scattering, rough surfaces |
| 290.5890 Scattering, stimulated |
| 290.5900 Scattering, stimulated Brillouin |
| 290.5910 Scattering, stimulated Raman |
| 290.5930 Scintillation |
| 290.6815 Thermal emission |
| 290.7050 Turbid media |
|
|
| 300.1030 Absorption |
| 300.2140 Emission |
| 300.2530 Fluorescence, laser-induced |
| 300.2570 Four-wave mixing |
| 300.3700 Linewidth |
| 300.6075 Sonoluminescence |
| 300.6170 Spectra |
| 300.6190 Spectrometers |
| 300.6210 Spectroscopy, atomic |
| 300.6220 Spectroscopy, beam foil |
| 300.6230 Spectroscopy, coherent anti-Stokes Raman scattering |
| 300.6240 Spectroscopy, coherent transient |
| 300.6250 Spectroscopy, condensed matter |
| 300.6260 Spectroscopy, diode lasers |
| 300.6270 Spectroscopy, far infrared |
| 300.6280 Spectroscopy, fluorescence and luminescence |
| 300.6290 Spectroscopy, four-wave mixing |
| 300.6300 Spectroscopy, Fourier transforms |
| 300.6310 Spectroscopy, heterodyne |
| 300.6320 Spectroscopy, high-resolution |
| 300.6330 Spectroscopy, inelastic scattering including Raman |
| 300.6340 Spectroscopy, infrared |
| 300.6350 Spectroscopy, ionization |
| 300.6360 Spectroscopy, laser |
| 300.6365 Spectroscopy, laser induced breakdown |
| 300.6370 Spectroscopy, microwave |
| 300.6380 Spectroscopy, modulation |
| 300.6390 Spectroscopy, molecular |
| 300.6400 Spectroscopy, molecular beam |
| 300.6410 Spectroscopy, multiphoton |
| 300.6420 Spectroscopy, nonlinear |
| 300.6430 Spectroscopy, photothermal |
| 300.6440 Spectroscopy, optogalvanic |
| 300.6450 Spectroscopy, Raman |
| 300.6460 Spectroscopy, saturation |
| 300.6470 Spectroscopy, semiconductors |
| 300.6480 Spectroscopy, speckle |
| 300.6490 Spectroscopy, surface |
| 300.6495 Spectroscopy, terahertz |
| 300.6500 Spectroscopy, time-resolved |
| 300.6520 Spectroscopy, trapped ion |
| 300.6530 Spectroscopy, ultrafast |
| 300.6540 Spectroscopy, ultraviolet |
| 300.6550 Spectroscopy, visible |
| 300.6560 Spectroscopy, x-ray |
|
|
| 310.1210 Antireflection coatings |
| 310.1515 Protective coatings |
| 310.1620 Interference coatings |
| 310.1860 Deposition and fabrication |
| 310.2785 Guided wave applications |
| 310.2790 Guided waves |
| 310.3840 Materials and process characterization |
| 310.3915 Metallic, opaque, and absorbing coatings |
| 310.4165 Multilayer design |
| 310.4925 Other properties (stress, chemical, etc.) |
| 310.5448 Polarization, other optical properties |
| 310.5696 Refinement and synthesis methods |
| 310.6188 Spectral properties |
| 310.6628 Subwavelength structures, nanostructures |
| 310.6805 Theory and design |
| 310.6845 Thin film devices and applications |
| 310.6860 Thin films, optical properties |
| 310.6870 Thin films, other properties |
| 310.7005 Transparent conductive coatings |
|
|
| 320.1590 Chirping |
| 320.2250 Femtosecond phenomena |
| 320.3980 Microsecond phenomena |
| 320.4240 Nanosecond phenomena |
| 320.5390 Picosecond phenomena |
| 320.5520 Pulse compression |
| 320.5540 Pulse shaping |
| 320.5550 Pulses |
| 320.6629 Supercontinuum generation |
| 320.7080 Ultrafast devices |
| 320.7085 Ultrafast information processing |
| 320.7090 Ultrafast lasers |
| 320.7100 Ultrafast measurements |
| 320.7110 Ultrafast nonlinear optics |
| 320.7120 Ultrafast phenomena |
| 320.7130 Ultrafast processes in condensed matter, including semiconductors |
| 320.7140 Ultrafast processes in fibers |
| 320.7150 Ultrafast spectroscopy |
| 320.7160 Ultrafast technology |
|
|
| 330.1070 Vision - acuity |
| 330.1400 Vision - binocular and stereopsis |
| 330.1690 Color |
| 330.1710 Color, measurement |
| 330.1715 Color, rendering and metamerism |
| 330.1720 Color vision |
| 330.1730 Colorimetry |
| 330.1800 Vision - contrast sensitivity |
| 330.1880 Detection |
| 330.2210 Vision - eye movements |
| 330.3350 Vision - laser damage |
| 330.3790 Low vision |
| 330.3795 Low-vision optics |
| 330.4060 Vision modeling |
| 330.4150 Motion detection |
| 330.4270 Vision system neurophysiology |
| 330.4300 Vision system - noninvasive assessment |
| 330.4460 Ophthalmic optics and devices |
| 330.4595 Optical effects on vision |
| 330.4875 Optics of physiological systems |
| 330.5000 Vision - patterns and recognition |
| 330.5020 Perception psychology |
| 330.5310 Vision - photoreceptors |
| 330.5370 Physiological optics |
| 330.5380 Physiology |
| 330.5510 Psychophysics |
| 330.6100 Spatial discrimination |
| 330.6110 Spatial filtering |
| 330.6130 Spatial resolution |
| 330.6180 Spectral discrimination |
| 330.6790 Temporal discrimination |
| 330.7310 Vision |
| 330.7320 Vision adaptation |
| 330.7321 Vision coupled optical systems |
| 330.7322 Visual optics, accommodation |
| 330.7323 Visual optics, aging changes |
| 330.7324 Visual optics, comparative animal models |
| 330.7325 Visual optics, metrology |
| 330.7326 Visual optics, modeling |
| 330.7327 Visual optics, ophthalmic instrumentation |
| 330.7328 Visual optics, ophthalmic appliances |
| 330.7329 Visual optics, pathology |
| 330.7331 Visual optics, receptor optics |
| 330.7333 Visual optics, refractive anomalies |
| 330.7335 Visual optics, refractive surgery |
| 330.7338 Visually coupled optical systems |
|
|
| 340.1365 Bending magnet radiation |
| 340.6720 Synchrotron radiation |
| 340.7215 Undulator radiation |
| 340.7430 X-ray coded apertures |
| 340.7440 X-ray imaging |
| 340.7450 X-ray interferometry |
| 340.7460 X-ray microscopy |
| 340.7470 X-ray mirrors |
| 340.7480 X-rays, soft x-rays, extreme ultraviolet (EUV) |
|
|
| 350.1260 Astronomical optics |
| 350.1270 Astronomy and astrophysics |
| 350.1370 Berry's phase |
| 350.1820 Damage |
| 350.2450 Filters, absorption |
| 350.2460 Filters, interference |
| 350.2660 Fusion |
| 350.2770 Gratings |
| 350.3250 Isotope separation |
| 350.3390 Laser materials processing |
| 350.3450 Laser-induced chemistry |
| 350.3618 Left-handed materials |
| 350.3850 Materials processing |
| 350.3950 Micro-optics |
| 350.4010 Microwaves |
| 350.4238 Nanophotonics and photonic crystals |
| 350.4600 Optical engineering |
| 350.4800 Optical standards and testing |
| 350.4855 Optical tweezers or optical manipulation |
| 350.4990 Particles |
| 350.5030 Phase |
| 350.5130 Photochemistry |
| 350.5340 Photothermal effects |
| 350.5400 Plasmas |
| 350.5500 Propagation |
| 350.5610 Radiation |
| 350.5720 Relativity |
| 350.5730 Resolution |
| 350.6050 Solar energy |
| 350.6090 Space optics |
| 350.6670 Surface photochemistry |
| 350.6830 Thermal lensing |
| 350.6980 Transforms |
| 350.7420 Waves |
Complete Listing
000.0000 概括
010.0010大氣和海洋光學
020.0020原子與分子物理學
030.0030相干和統計光學
040.0040檢測器
050.0050衍射和光柵
060.0060光纖和光通訊
070.0070傅立葉光學與信號處理
080.0080幾何光學
090.0090全息照相
100.0100圖像處理
110.0110成像系統
120.0120儀表，測量與計量
130.0130集成光學
140.0140激光和激光光學
150.0150機器視覺
160.0160材料
170.0170醫學光學和生物技術
180.0180顯微鏡
190.0190非線性光學
200.0200計算光學
210.0210光學數據存儲
220.0220光學設計與制造
230.0230光學設備
240.0240表面光學
250.0250光電
260.0260物理光學
270.0270量子光學
280.0280遙感和傳感器
290.0290散射
300.0300光譜
310.0310薄膜
320.0320超快速光學元件
330.0330視覺，色彩和視覺光學
340.0340 X射線光學元件
350.0350光學的其他領域
010.0010大氣和海洋光學
010.0280遙感和傳感器
010.1030吸收
010.1080有源或自適應光學
010.1100氣溶膠檢測
010.1110氣溶膠
010.1120空氣污染監測
010.1280大氣成分
010.1285大氣校正
010.1290大氣光學
010.1300大氣傳播
010.1310大氣散射
010.1320大氣透射率
010.1330大氣湍流
010.1350反向散射
010.1615雲
010.1690顏色
010.2940冰晶現象
010.3310激光束傳輸
010.3640激光雷達
010.3920氣象學
010.4030幻影和折射
010.4450海洋光學
010.4455海洋繁殖
010.4458海洋散射
010.4950臭氧
010.5620輻射傳遞
010.5630輻射測量
010.7030對流層
010.7060湍流
010.7295可見性和成像
010.7340水
010.7350波前感應
020.0020原子與分子物理學
020.1335原子光學
020.1475玻色-愛因斯坦冷凝物
020.1670相干光學效果
020.2070碰撞的影響
020.2649強場激光物理學
020.2930超細結構
020.3260同位素位移
020.3320激光冷卻
020.3690線的形狀和偏移
020.4180多光子過程
020.4900振盪器的強項
020.5580量子電動力學
020.5780雷德堡州
020.6580斯塔克效應
020.7010激光陷印
020.7490塞曼效應
030.0030相干和統計光學
030.1640連貫性
030.1670相干光學效果
030.4070模式
030.4280成像系統中的噪聲
030.5260光子計數
030.5290光子統計
030.5620輻射傳遞
030.5630輻射測量
030.5770粗糙度
030.6140斑點
030.6600統計光學
030.6610恆星散斑干涉儀
030.7060湍流
040.0040檢測器
040.1240陣列
040.1345雪崩光電二極管（APD）
040.1490相機
040.1520 CCD，電荷耦合器件
040.1880檢測
040.2235遠紅外或太赫茲
040.2480 FLIR，前視紅外
040.2840異戊二烯
040.3060紅外線
040.3780弱光
040.4200多量子阱
040.5150光電導
040.5160光電探測器
040.5190攝影膠片
040.5250光電倍增管
040.5350光伏
040.5570量子探測器
040.6040硅
040.6070固態檢測器
040.6808熱（非冷卻）紅外探測器，陣列和成像
040.7190紫外線
040.7290影片
040.7480 X射線，軟X射線，極紫外（EUV）
050.0050衍射和光柵
050.1220光圈
050.1380二進制光學
050.1590 chirp
050.1755計算電磁方法
050.1930二色性
050.1940衍射
050.1950衍射光柵
050.1960衍射理論
050.1965衍射透鏡
050.1970衍射光學
050.2065有效媒介理論
050.2230法布里-珀羅
050.2555形式雙折射
050.2770光柵
050.4865光學渦旋
050.5080相移
050.5082波動光學中的相空間
050.5298光子晶體
050.5745共振域
050.6624亞波長結構
050.6875三維制作
050.7330體積光柵
060.0060光纖和光通訊
060.1155全光網絡
060.1660相干通信
060.1810緩沖器，耦合器，路由器，交換機和多路復用器
060.2270光纖表征
060.2280纖維設計與制造
060.2290纖維材料
060.2300光纖測量
060.2310光纖
060.2320光纖放大器和振盪器
060.2330光纖通訊
060.2340光纖組件
060.2350光纖成像
060.2360光纖鏈路和子系統
060.2370光纖傳感器
060.2380光纖源和檢測器
060.2390紅外線光纖
060.2400纖維性能
060.2410 Fiber纖維
060.2420保偏光纖
060.2430單模光纖
060.2605自由空間光通信
060.2630調頻
060.2800陀螺儀
060.2840異戊二烯
060.2920 Homodyning
060.3510光纖激光器
060.3735光纖布拉格光柵
060.3738光纖布拉格光柵，光敏性
060.4005微結構纖維
060.4080調制
060.4230復用
060.4250網絡
060.4251網絡，分配和路由算法
060.4252廣播網絡
060.4253電路交換網絡
060.4254網絡，組合網絡設計
060.4255組播網絡
060.4256網絡，網絡優化
060.4257網絡，網絡生存能力
060.4258網絡，網絡拓撲
060.4259分組交換網絡
060.4261網絡，保護和恢復
060.4262環網
060.4263網絡，明星
060.4264網絡，波長分配
060.4265網絡，波長路由
060.4370非線性光學纖維
060.4510光通信
060.4785光學安全性和加密
060.5060調相
060.5295光子晶體光纖
060.5530脈沖傳播和時間孤子
060.5565量子通信
060.5625射頻光子學
060.6718電路開關
060.6719分組交換
060.7140纖維中的超快工藝
070.0070傅立葉光學與信號處理
070.1060聲光信號處理
070.1170模擬光信號處理
070.1675相干態（在波光學中）
070.2025離散光信號處理
070.2465傅立葉變換的有限類似物
070.2575分數階傅里葉變換
070.2580近軸波光學
070.2590 ABCD轉換
070.2615頻率濾波
070.3185不變的光場
070.4340非線性光信號處理
070.4550相關器
070.4560通過光學手段進行數據處理
070.4690形態轉換
070.4790頻譜分析
070.5010模式識別
070.5040相位共軛
070.5753諧振器
070.6020連續光信號處理
070.6110空間過濾
070.6120空間光調制器
070.6760 Talbot和自成像效果
070.7145超快速加工
070.7345波傳播
070.7425擬概率分布函數
080.0080幾何光學
080.1005像差擴展
080.1010像差（全局）
080.1235明顯圖像
080.1238陣列波導器件
080.1510傳播方式
080.1665相干設計
080.1753計算方法
080.2175附加品
080.2203加工，電鑄
080.2205制作，注塑
080.2208加工，公差
080.2468一階光學
080.2575分數階傅里葉變換
080.2710不均勻的光學介質
080.2720數學方法（通用）
080.2730近軸光學中的矩陣方法
080.2740幾何光學設計
080.3095光學系統中的不均勻元素
080.3620鏡頭系統設計
080.3630鏡頭
080.3645李代數和群方法
080.3685煙斗
080.3875同軸擴展中的矩陣方法
080.4035鏡系統設計
080.4225非球面鏡片設計
080.4228非球面鏡面
080.4295非成像光學系統
080.4298非成像光學
080.4865光學渦旋
080.5084相空間分析方法
080.5692非均勻介質中的射線軌跡
080.6755具有特殊對稱性的系統
080.7343射線波修整
090.0090全息照相
090.1000像差補償
090.1705彩色全息
090.1760計算機全息
090.1970衍射光學
090.1995數字全息
090.2645分層體積全息圖
090.2820平視顯示器
090.2870全息顯示器
090.2880全息干涉儀
090.2890全息光學元件
090.2900光學存儲材料
090.2910微波全息
090.4220多重全息
090.5640彩虹全息
090.5694實時全息
090.6186光譜全息
090.7330體積光柵
110.0110成像系統
110.0113通過混濁的介質成像
110.0115通過湍流介質成像
110.0180顯微鏡
110.1080有源或自適應光學
110.1085自適應成像
110.1220光圈
110.1455盲反卷積
110.1650相干成像
110.1758計算成像
110.2350光纖成像
110.2650邊緣分析
110.2760漸變折射率鏡片
110.2945照明設計
110.2960圖像分析
110.2970圖像檢測系統
110.2990圖像形成理論
110.3000圖像質量評估
110.3010圖像重建技術
110.3055信息理論分析
110.3080紅外成像
110.3175干涉成像
110.3200反散射
110.3925指標
110.3960微光刻
110.4100調制傳遞函數
110.4153運動估計和光流
110.4155多幀圖像處理
110.4190多重成像
110.4234多光譜和高光譜成像
110.4235納米光刻
110.4248網絡成像
110.4280成像系統中的噪聲
110.4500光學相干斷層掃描
110.4850光學傳遞函數
110.4980成像中的部分相干
110.5086相位展開
110.5100相控陣成像系統
110.5120光聲成像
110.5125光聲
110.5200攝影
110.5220光刻
110.5405定量成像
110.6150斑點成像
110.6760塔爾博特和自我成像效果
110.6770望遠鏡
110.6795太赫茲成像
110.6820熱成像
110.6880三維圖像采集
110.6895三維光刻
110.6915時間成像
110.6955斷層成像
110.6960斷層掃描
110.6980轉換
110.7050混濁介質
110.7170超聲
110.7348波前編碼
110.7410小波
110.7440 X射線成像
120.0120儀器，測量和計量
120.0280遠程感應和傳感器
120.1088自適應干涉儀
120.1680准直
120.1740燃燒診斷
120.1840密度計，反射計
120.1880檢測
120.2040顯示器
120.2130橢偏和極化
120.2230法布里-珀羅
120.2440過濾器
120.2650邊緣分析
120.2820平視顯示器
120.2830高度測量
120.2880全息干涉術
120.2920同質
120.3150積分球
120.3180干涉儀
120.3620鏡頭系統設計
120.3688光波分析儀
120.3890醫療光學儀器
120.3930計量儀器
120.3940計量學
120.4120雲紋技術
120.4140單色儀
120.4290無損檢測
120.4530光學常數
120.4570儀器的光學設計
120.4610光學制造
120.4630光學檢查
120.4640光學儀器
120.4800光學標准和測試
120.4820光學系統
120.4825光學時域反射儀
120.4880光力學
120.5050相位測量
120.5060相位調制
120.5240光度法
120.5410測色
120.5475壓力測量
120.5630放射線
120.5700反射
120.5710折射
120.5790 Sagnac效應
120.5800掃描儀
120.5820散射測量
120.6085太空儀器
120.6150斑點成像
120.6160散斑干涉法
120.6165斑點干涉測量法
120.6168恆星散斑干涉儀
120.6200光譜儀和光譜儀器
120.6650表面測量，圖
120.6660表面測量，粗糙度
120.6710磁化率
120.6780溫度
120.6810熱效應
120.7000傳輸
120.7250測速儀
120.7280振動分析
130.0130集成光學
130.0250光電
130.1750組件
130.2035色散補償裝置
130.2260鐵電
130.2755玻璃波導
130.2790導波
130.3060紅外線
130.3120集成光學器件
130.3130集成光學材料
130.3730鈮酸鋰
130.3750光學邏輯器件
130.3990微光學器件
130.4110調制器
130.4310非線性
130.4815光學開關設備
130.5296光子晶體波導
130.5440極化選擇設備
130.5460聚合物波導
130.5990半導體
130.6010傳感器
130.6622子系統集成和技術
130.6750系統
130.7405波長轉換設備
130.7408波長過濾設備
140.0140激光和激光光學
140.1340原子氣體激光器
140.1540混亂
140.1550化學激光器
140.1700色心激光器
140.2010二極管激光器陣列
140.2020二極管激光器
140.2050染料激光器
140.2180准分子激光器
140.2600自由電子激光器（FEL）
140.3070紅外和遠紅外激光器
140.3210離子激光器
140.3280激光放大器
140.3290激光陣列
140.3295激光光束表征
140.3298激光光束合並
140.3300激光光束整形
140.3320激光冷卻
140.3325激光耦合
140.3330激光損壞
140.3360激光安全和護目鏡
140.3370激光陀螺儀
140.3380激光材料
140.3390激光材料加工
140.3410激光諧振器
140.3425激光穩定
140.3430激光理論
140.3440激光引起的故障
140.3450激光誘導化學
140.3460激光
140.3470激光，二氧化碳
140.3480激光，二極管泵浦
140.3490激光，分布式反饋
140.3500鐳，
140.3510光纖激光
140.3515激光，頻率翻倍
140.3518激光，調頻
140.3520激光注入鎖定
140.3530激光釹
140.3535激光，共軛共軛
140.3538脈沖激光
140.3540激光，Q開關
140.3550拉曼激光
140.3560環形激光
140.3570激光，單模
140.3580固態激光
140.3590鈦激光
140.3600可調激光
140.3610紫外線激光
140.3613激光，上轉換
140.3615鐳，
140.3945微腔
140.3948微腔設備
140.4050鎖模激光器
140.4130分子氣體激光器
140.4480光學放大器
140.4780光學諧振器
140.5560泵送
140.5680稀土和過渡金屬固態激光器
140.5960半導體激光器
140.5965半導體激光器，量子級聯
140.6630超輻射，超熒光
140.6810熱效應
140.7010激光陷印
140.7090超快激光
140.7215波動輻射
140.7240 UV，EUV和X射線激光器
140.7260垂直腔面發射激光器
140.7270垂直發射激光器
140.7300可見激光
150.0150機器視覺
150.0155機器視覺光學
150.1135算法
150.1488校准
150.1708顏色檢查
150.1835缺陷理解
150.2945照明設計
150.2950照明
150.3040工業檢查
150.3045工業光學計量
150.4065視覺處理器架構
150.4232多傳感器方法
150.4620光學流量
150.5495流程監控
150.5670測距
150.5758機器人和機器控制
150.6044智能相機
150.6910三維感應
160.0160材料
160.1050聲光材料
160.1190各向異性光學材料
160.1245人工工程材料
160.1435生物材料
160.1585手性媒體
160.1890檢測器材料
160.2100光電材料
160.2120元素
160.2220缺陷中心材料
160.2260鐵電
160.2290纖維材料
160.2540熒光和發光材料
160.2710不均勻的光學介質
160.2750玻璃和其他無定形材料
160.2900光學存儲材料
160.3130集成光學材料
160.3220離子晶體
160.3380激光材料
160.3710液晶
160.3730鈮酸鋰
160.3820鎂光學材料
160.3900金屬
160.3918超材料
160.4236納米材料
160.4330非線性光學材料
160.4670光學材料
160.4760光學性質
160.4890有機材料
160.5140光電導材料
160.5293光子帶隙材料
160.5298光子晶體
160.5320光折變材料
160.5335感光材料
160.5470聚合物
160.5690稀土摻雜材料
160.6000半導體材料
160.6030硅膠
160.6060索爾格爾
160.6840熱光學材料
160.6990過渡金屬摻雜材料
170.0170醫學光學和生物技術
170.0110成像系統
170.0180顯微鏡
170.1020組織的消融
170.1065聲光
170.1420生物學
170.1460氣體監測
170.1470血液或組織成分監測
170.1530細胞分析
170.1580化學計量學
170.1610臨床應用
170.1630編碼光圈成像
170.1650相干成像
170.1790孔鏡檢查
170.1850牙科
170.1870皮膚科
170.2150內窺鏡成像
170.2520熒光顯微鏡
170.2655功能監控和成像
170.2670伽瑪射線成像
170.2680胃腸道
170.2945照明設計
170.3010圖像重建技術
170.3340激光多普勒測速儀
170.3650基於生命的傳感
170.3660光在組織中的傳播
170.3830乳腺攝影
170.3880醫學和生物成像
170.3890醫療光學儀器
170.4090調制技術
170.4440 ObGyn
170.4460眼科光學器件和設備
170.4470眼科
170.4500光學相干斷層掃描
170.4520光學限制和操縱
170.4580葯物光學診斷
170.4730光學病理
170.4940耳鼻喉科
170.5120光聲成像
170.5180光動力療法
170.5270光子密度波
170.5280光子遷移
170.5380生理學
170.5660拉曼光譜
170.5755視網膜掃描
170.5810掃描顯微鏡
170.6280光譜學，熒光和發光
170.6480光譜學，斑點
170.6510光譜學，組織診斷
170.6795兆赫成像
170.6900三維顯微鏡
170.6920時間分辨成像
170.6930組織
170.6935組織表征
170.6940組織焊接
170.6960斷層掃描
170.7050混濁介質
170.7160超快技術
170.7170超聲
170.7180超聲診斷
170.7230泌尿外科
170.7440 X射線成像
180.0180顯微鏡
180.1655相干斷層掃描
180.1790孔鏡檢查
180.2520熒光顯微鏡
180.3170干涉顯微鏡
180.4243近場顯微鏡
180.4315非線性顯微鏡
180.5655拉曼顯微鏡
180.5810掃描顯微鏡
180.6900三維顯微鏡
180.7460 X射線顯微鏡
190.0190非線性光學
190.1450穩定性
190.1900非線性光學的診斷應用
190.2055動態光柵
190.2620諧波產生和混合
190.2640刺激的散射，調制等
190.3100不穩定與混亂
190.3270克爾效應
190.3970微粒非線性光學
190.4160多諧波產生
190.4180多光子過程
190.4223非線性波混頻
190.4350表面的非線性光學
190.4360非線性光學器件
190.4370非線性光學纖維
190.4380非線性光學，四波混頻
190.4390非線性光學，集成光學
190.4400非線性光學，材料
190.4410非線性光學，參數過程
190.4420非線性光學，橫向效應
190.4710有機材料中的光學非線性
190.4720凝聚態物質的光學非線性
190.4870光熱效應
190.4970參數振盪器和放大器
190.4975參數過程
190.5040相位共軛
190.5330光折光光學
190.5530脈沖傳播和時間孤子
190.5650拉曼效應
190.5890散射，刺激
190.5940自我作用
190.5970包括MQW的半導體非線性光學器件
190.6135空間孤子
190.7070兩波混頻
190.7110超快非線性光學
190.7220上轉換
200.0200計算光學
200.1130代數光學處理
200.2605自由空間光通信
200.2610自由空間數字光學
200.3050信息處理
200.3760基於邏輯的光學處理
200.4260神經網絡
200.4490光學緩沖器
200.4540光學內容可尋址存儲器處理器
200.4560光學數據處理
200.4650光學互連
200.4660光學邏輯
200.4690形態轉換
200.4700光學神經系統
200.4740光學處理
200.4860光學矢量矩陣系統
200.4880光力學
200.4960並行處理
200.6015信號再生
200.6046智能像素系統
200.6715切換