Color science : concepts and methods, quantitative data and formulae /

Presenta fundamentos de colorimetria y la ciencia del color, métodos y fórmulas.

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Detalles Bibliográficos
Autor principal: Wyszecki, Gunter
Otros Autores: Stiles, W.S
Formato: Libro
Lenguaje:Inglés
Publicado: New York : Wiley, 2000.
Edición:2nd. ed.
Colección:Wiley classics library.
Materias:
Aporte de:Registro referencial: Solicitar el recurso aquí
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100 |a Wyszecki, Gunter 
245 1 0 |a Color science :   |b concepts and methods, quantitative data and formulae /   |c Gunter Wyszecki, W.S. Stiles. 
250 |a 2nd. ed. 
260 |a New York :   |b Wiley,   |c 2000. 
300 |a xv, 950 p. ;   |c 26 cm. 
490 |a Wiley classics library. 
504 |a Bibliografía: p. 885-923. 
505 0 |a Chapter 1. Physical data. - 1.1. Basic radiometric quantities and units. - 1.2. Sources of radiant energy. - 1.3. Optical filters. - 14. Reflecting materials. - 1.5. Monochromators. - 1.6. Physical detectors of radiant energy. - Chaper 2. The eye. - 2.1. Preamble. - 2.2. The structure of the human eye. - 2.3. Specification of external stimulus. - 2.4. Factors in the eye that control the internal stimulus. - Chapter 3. Colorimetry. - 3.1. Preamble. - 3.2. Basic colorimetrics concepts. - 3.3. The CIE Colorimetric system. - 3.4. Dominant wavelenght, excitation purity, and colorimetric purity. - 3.5. Complementary color stimuli. - 3.6. Maximum attanaible luminous efficiency of color stimuli of different chromaticity. - 3.7. Optimal object-color stimuli. - 3.8. Metameric color stimuli. - 3.9. Colorant dormulation. - 3.10. Specification of colorant tolerances. - 3.11. Distribution temperature, color temperature, and correlated color temperature. - 3.12. Colorimetric instrumentation. - Chapter 4. Photometry. - 4.1. Basic photometric quantities and units. - 4.2. The photometric principle. - 4.3. The standard photometric system. - 4.4. Calculation of illuminance produced by Lamber sources of different shapes. - Chapter 5. Visual equivalence and visual matching. - 5.1. Preamble. - 5.2. Classification of matching procedures. - 5.3. Maxwll's method of color matching. - 5.4. Precision of color matching for normal trichromats. - 5.5. Color-matching functions of normal trichromats. - 5.6. Factors modifyng color matching. - 5.7. Luminous efficiency functions of normal trichromats. - 5.8. Heterochromatic brightness matching of complete stimuli. - 5.9. Abney and Bezold-Brucke effects. - 5.10. Hue reversals: Brindley isochromes. - 5.11. Stiles-Crawford effect. - 5.12. Chromatic adaptation. - 5.13. Chromatic-response functions. - 5.14. Color-matching properties of color-defective observers. - 5.15. Instrumentation for color-vision research. + Chapter 6. Uniform color scales. - 6.1. Preamble. - 6.2. Types of scales and scaling methods. - 6.3. Brightness and lightness scales. - 6.4. Color scales of constant lightness. - 6.5. Three-dimensional color scales. - 6.6. Color-order systems. - Chapter 7. Visual thresholds. - 7.1. Preamble. - 7.2. General concepts. - 7.3. Dark adaptation and absolute thresholds. - 7.4. Chromatic adaptation and increment thesholds. - 7.5. Rod saturation. - 7.6. Cone saturation. - 7.7. Rod and cone interactions. - 7.8. Uniform equivalent fields. - 7.9. Spatial and temporal factors. - 7.10. Discrimination thresholds. - Chapter 8. Theories and models of color vision. - 8.1. Preambles. - 8.2. Visual reponse functions and the spectral properties of visual pigments. - 8.3. Neural models. - 8.4. Line elements of color space. 
520 |a Presenta fundamentos de colorimetria y la ciencia del color, métodos y fórmulas. 
650 4 |a COLOR 
650 4 |a TECNOLOGIA-COLOR 
653 |a TELECOMUNICACIONES 
700 1 |a Stiles, W.S. 
930 |a TELECOMUNICACIONES 
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