Geschichte der Farbentheorie(n): Das Phänomen Farbe
von Newton bis Ostwald
Naturwissenschaftlicher Beitrag zur Licht- und Farbentheorie
Entstehung/Erzeugung und Ausbreitung von Licht, Wechselwirkung mit Materie
Wellennatur versus Teilchennatur des Lichts
Farbmodelle - Farbsysteme - Farbräume: CIELab, RGB, CMYK, RAL, NCS etc.
Farbmetrik, Farbmischen
Die Farbtheorien der Maler: Delacroix, van Gogh, Itten etc.
konstruktive, impressive und expressive Farbenlehre
Die Sprache der Farben
History of color theory(s): The phenomenon of color from Newton to Ostwald; Scientific contribution to the theory of light and color; Formation / generation and propagation of light, interaction with matter; Wave versus particle nature of light; Color models - color systems - color spaces: CIELab, RGB, CMYK, RAL , NCS etc.; Colorimetry; Color Mixing; The color theories of painters: Delacroix, van Gogh, Itten etc., constructive, impressive and expressive color theory; The language of colors
History of color theory(s): The phenomenon of color from Newton to Ostwald; Scientific contribution to the theory of light and color; Formation / generation and propagation of light, interaction with matter; Wave versus particle nature of light; Color models - color systems - color spaces: CIELab, RGB, CMYK, RAL , NCS etc.; Colorimetry; Color Mixing; The color theories of painters: Delacroix, van Gogh, Itten etc., constructive, impressive and expressive color theory; The language of colors
- Teacher: Ernst-Georg
- Teacher: Katja
Geschichte der Farbentheorie(n): Das Phänomen Farbe
von Newton bis Ostwald
Naturwissenschaftlicher Beitrag zur Licht- und Farbentheorie
Entstehung/Erzeugung und Ausbreitung von Licht, Wechselwirkung mit Materie
Wellennatur versus Teilchennatur des Lichts
Farbmodelle - Farbsysteme - Farbräume: CIELab, RGB, CMYK, RAL, NCS etc.
Farbmetrik, Farbmischen
Die Farbtheorien der Maler: Delacroix, van Gogh, Itten etc.
konstruktive, impressive und expressive Farbenlehre
Die Sprache der Farben
History of color theory(s): The phenomenon of color from Newton to Ostwald; Scientific contribution to the theory of light and color; Formation / generation and propagation of light, interaction with matter; Wave versus particle nature of light; Color models - color systems - color spaces: CIELab, RGB, CMYK, RAL , NCS etc.; Colorimetry; Color Mixing; The color theories of painters: Delacroix, van Gogh, Itten etc., constructive, impressive and expressive color theory; The language of colors
History of color theory(s): The phenomenon of color from Newton to Ostwald; Scientific contribution to the theory of light and color; Formation / generation and propagation of light, interaction with matter; Wave versus particle nature of light; Color models - color systems - color spaces: CIELab, RGB, CMYK, RAL , NCS etc.; Colorimetry; Color Mixing; The color theories of painters: Delacroix, van Gogh, Itten etc., constructive, impressive and expressive color theory; The language of colors
- Teacher: Ernst-Georg
- Teacher: Katja
Einteilung der Malmaterialien
Licht und Farbe
Stoffmischungen und ihre Eigenschaften
Farbmittel: Pigmente, Farbstoffe, Verfahren bei der Pigmentherstellung
Pigmenteigenschaften: Färbevermögen, Deckfähigkeit, Bindemittelbedarf, Echtheit/Beständigkeit,
Malmaterialien und Gesundheitsschutz
Besprechung und Demonstration der wichtigsten Pigmente und deren zeitliche Verwendung: Weiß-, Gelb-, Rot-, Blau-, Grün-, Braun- und Schwarzpigmente
Classification of painting materials, light and color, mixtures of substances and their properties; Colorants: pigments, dyes; Methods of pigment production; Pigment properties: dyeing, opacity, binder requirements, fastness / fastness, painting materials and health protection, discussion and demonstration of the most important pigments and their temporal use: White, yellow, red, blue, green, brown and black pigments
Classification of painting materials, light and color, mixtures of substances and their properties; Colorants: pigments, dyes; Methods of pigment production; Pigment properties: dyeing, opacity, binder requirements, fastness / fastness, painting materials and health protection, discussion and demonstration of the most important pigments and their temporal use: White, yellow, red, blue, green, brown and black pigments
- Teacher: Katja
Einteilung der Malmaterialien
Licht und Farbe
Stoffmischungen und ihre Eigenschaften
Farbmittel: Pigmente, Farbstoffe, Verfahren bei der Pigmentherstellung
Pigmenteigenschaften: Färbevermögen, Deckfähigkeit, Bindemittelbedarf, Echtheit/Beständigkeit,
Malmaterialien und Gesundheitsschutz
Besprechung und Demonstration der wichtigsten Pigmente und deren zeitliche Verwendung: Weiß-, Gelb-, Rot-, Blau-, Grün-, Braun- und Schwarzpigmente
Classification of painting materials, light and color, mixtures of substances and their properties; Colorants: pigments, dyes; Methods of pigment production; Pigment properties: dyeing, opacity, binder requirements, fastness / fastness, painting materials and health protection, discussion and demonstration of the most important pigments and their temporal use: White, yellow, red, blue, green, brown and black pigments
Classification of painting materials, light and color, mixtures of substances and their properties; Colorants: pigments, dyes; Methods of pigment production; Pigment properties: dyeing, opacity, binder requirements, fastness / fastness, painting materials and health protection, discussion and demonstration of the most important pigments and their temporal use: White, yellow, red, blue, green, brown and black pigments
Fotografische Techniken
Technische Grundlagen der Fotografie
Kamerakonzepte
Bauteile und Funktionen einer Fotokamera
Grundlagen der fotografischen Optik
Grundlagen der Sensitometrie
Überlegungen zur Beleuchtungstechnik
Grundbegriffe der digitalen Fotografie
Farbmanagement
Ausgabegeräte
Dokumentation mit sichtbarer elektromagnetischer Strahlung: Makro- und Mikrofotografie, Streiflichttechnik, etc.
Verfahren unter Verwendung von UV-Strahlung
Infrarottechniken: Infrarot-Fotografie und Infrarot-Reflektografie
Röntgen-Radiografie, Computertomografie
Multi- und Hyper-Spectral-Imaging (MSI, HSI)
Photographic techniques Technical basics of photography Camera concepts Components and functions of a camera Fundamentals of photographic optics Basics of sensitometry Considerations on lighting technology Basic concepts of digital photography Colour management Output devices Documentation with visible electromagnetic radiation: macro and micro photography, grazing light technology, etc. Processes using UV radiation Infrared techniques: Infrared photography and infrared reflectography X-ray radiography, computer tomography Multi- and hyper-spectral imaging (MSI, HSI)
Photographic techniques Technical basics of photography Camera concepts Components and functions of a camera Fundamentals of photographic optics Basics of sensitometry Considerations on lighting technology Basic concepts of digital photography Colour management Output devices Documentation with visible electromagnetic radiation: macro and micro photography, grazing light technology, etc. Processes using UV radiation Infrared techniques: Infrared photography and infrared reflectography X-ray radiography, computer tomography Multi- and hyper-spectral imaging (MSI, HSI)
- Teacher: Ernst-Georg