Dark+color
71Color — This article is about the perceptual property. For other uses, see Color (disambiguation). For usage of color on Wikipedia, see Wikipedia:Colors. Colored pencils Color or colour (see spelling differences) is the visual perceptual property… …
72Dark Shadows — For the upcoming film based on the soap opera, see Dark Shadows (film). Dark Shadows Title card Format Soap opera Created by …
73Color Field — In quantum mechanics, color field is a whimsical name for some of the properties of quarks. Kenneth Noland, Beginning, magna on canvas painting by Hirshhorn Museum and Sculpture Garden, 1958. Kenneth Noland working in Washington, DC., was a… …
74dark — I. adjective Etymology: Middle English derk, from Old English deorc; akin to Old High German tarchannen to hide Date: before 12th century 1. a. devoid or partially devoid of light ; not receiving, reflecting, transmitting, or radiating light < a… …
75Color of chemicals — The color of chemicals is a physical property of chemicals that in most cases comes from the excitation of electrons due to an absorption of energy performed by the chemical. What is seen by the eye is not the color absorbed, but the… …
76Dark Ages (video game) — For the 1991 video game by the same name, see Dark Ages (1991 video game). Dark Ages Developer(s) Nexon KRU Interactive Designer(s) US version: David Ethan Kennerly Korean v …
77Color vision — White light shone onto a green surface is perceived as green by the human eye, and processed as such in the brain s visual cortex …
78Color of water — For the book by James McBride, see The Color of Water. Water portal …
79Color calibration — The aim of color calibration is to measure and/or adjust the color response of a device (input or output) to a known state. In ICC terms this is the basis for a additional color characterization of the device and later profiling[1]. In non ICC… …
80Color–color diagram — In astronomy, color–color diagrams are a means of comparing the apparent magnitudes of stars at different wavelengths. Astronomers typically observe at narrow bands around certain wavelengths, and objects observed will have different brightnesses …
