The phrase "attenuated colors" is correct and usable in written English.
It can be used to describe colors that have been softened, muted, or reduced in intensity, often in artistic or design contexts.
Example: "The artist chose to work with attenuated colors to create a more serene and calming atmosphere in the painting."
Alternatives: "muted colors" or "softened colors".
The redness of detected red eyes is attenuated with a tapered color desaturation process.
The values in different color channels are attenuated differently.
The first and second color lasers are attenuated to 3 μJ and 6 mJ, respectively, to prevent Coulomb repulsion effects from excessive signal levels and to prevent direct (1+1) REMPI by the first dye laser only.
Mepivacaine-induced vasoconstriction may contribute to pale skin color, decreased cutaneous blood flow, attenuated capillary blood flow increase, attenuated reactive hyperthermia observed after analgesia induced by mepivacaine, and intermediate duration of mepivacaine-induced analgesia [ 16].
Genistein diet significantly influences brown coat color, but this relationship was attenuated when regional A vy CpG methylation of sites 4 9 was included in the model.
Our immunofluorescence data demonstrated that BAPTA-AM significantly attenuated the resveratrol-induced immunoreactivity of TG2 (red color, shown by arrow) and was similar to control-level in migratory cells.
Its latest efforts consist primarily of a long poem, in a typewriter font, displayed 10 sheets at a time under Plexiglas on 13 attenuated tables, and 38 photographs in black and white and color of wan young models in jeans.
It is the essence of fascism to have no single fixed form — an attenuated form of nationalism in its basic nature, it naturally takes on the colors and practices of each nation it infects.
Thus, white features having similar opacity values and different colors indicate higher or lower values of emitted radiance and are attenuated by overlying atmospheric and cloud opacity.
Whereas in clear water, such as in oligotrophic lakes and the oceans, longer wavelengths are attenuated with increasing depth more quickly than shorter wavelengths (and the ambient color at greater depths is blue), in eutrophic and dystrophic lakes blue wavelengths are attenuated most quickly with depth, and thus the ambient color in deeper water is red-shifted relative to shallow water [ 60, 81].
