1. Optical Properties of Materials | 143 | 27 |
(a) General | 54 | |
(b) Infrared properties | 30 | |
(c) Optical glasses (disp., temp. coeff., high index, etc.) | 17 | |
(d) Special (phosphor, film, powder, plastic, etc.) | 16 | |
(e) Ultraviolet properties | 10 | |
(f) Metals | 8 | |
(g) Laser materials | 8 | |
2. Optical Components (excluding lenses, mirrors, detectors) | 95 | 30 |
(a) Thin films or coatings per se | 22 | |
(b) General | 20 | |
(c) Filters | 16 | |
(d) Sources | 16 | |
(e) Fiber optics | 8 | |
(f) Polarization or λ/4 plates | 5 | |
(g) Gratings | 5 | |
(h) Metal lightweight mirrors | 3 | |
3. Detectors | 72 | 24 |
(a) Infrared | 25 | |
(b) General | 24 | |
(c) Visible and ultraviolet | 9 | |
(d) Photographic film and plates | 8 | |
(e) Image intensifiers and converters | 3 | |
(f) Detectors specific to radiometry | 3 | |
4. Instrumentation and Systems | 67 | 110 |
(a) General, design and analysis | 31 | |
(b) Spectrographic | 17 | |
(c) Metrology and telescopes | 11 | |
(d) Interferometry | 6 | |
(e) Image converters | 2 | |
5. Geometric Optics (lenses, mirrors, flats) | 115 | 68 |
(a) Image evaluation/modulation transfer function | 44 | |
(b) Design and performance prediction | 24 | |
(c) Manufacture | 14 | |
(d) General | 13 | |
(e) Automatic design (computer programs) | 13 | |
(f) Testing to design | 7 | |
6. Physical Optics | 88 | 51 |
(a) Interaction of radiation and matter (scattering, non linear effects, etc.) | 41 | |
(b) Properties of radiation(theory, coherence, diffraction) | 32 | |
(c) General | 10 | |
(d) Quantum optics | 5 | |
7. Information Theory, Correlation | 30 | 16 |
(a) Information theory holograms, correlations | 20 | |
(b) Image information processing, pattern recognition | 10 | |
8. Physiological Optics | 82 | 81 |
(a) Vision, visibility (external effects) | 20 | |
(b) Characteristics of the eye (seeing, sensitivity, fatigue, binocular, etc.) | 19 | |
(c) Properties of the eye (optical, chemical, neuro, etc.) | 18 | |
(d) General | 13 | |
(e) Theories, techniques, and models | 12 | |
9. Photometry and Radiometry | 48 | 40 |
(a) Calibration, sources, etc. | 16 | |
(b) Radiometry (all radiation measurement other than visible) | 14 | |
(c) General | 7 | |
(d) Photometry (visible light, illumination) | 6 | |
(e) Background or target identity, thermal image, temperatures | 5 | |
10. Spectroscopy, Fluorescence | 85 | 137 |
(a) General and reference standard | 22 | |
(b) Infrared and molecular | 16 | |
(c) Oscillator strength, f-number, cross section | 13 | |
(d) Vacuum ultraviolet and high ionization | 11 | |
(e) Atomic | 9 | |
(f) Solid state | 8 | |
(g) Stellar and planetary | 3 | |
(h) Laser (Raman and spectroscopic) | 3 | |
11. Atmospheric and Hydrologic | 52 | 36 |
(a) Transmission (air), scattering, turbulence | 25 | |
(b) General | 15 | |
(c) Hydrologic | 5 | |
(d) Stellar and planetary | 4 | |
(e) Background radiation, aurora, airglow | 3 | |
12. Laser | 45 | 55 |
(a) General | 13 | |
(b) Development, manufacturing, heterodyning, modulation | 12 | |
(c) Applications of | 12 | |
(d) Theory and understanding | 8 | |
13. Colorimetry | 34 | 34 |
(a) Data handling (models, metrics, coordinates) | 17 | |
(b) Equipment, measurement, standards | 12 | |
(c) General or very special | 5 | |
14. Education | 14 | 6 |
15. No Reply or No Fit in above Categories | 73 | 63 |
Totals | 1043 | 778 |