Daylight Fluorescent Does Fluorescent Lighting Make Things Look Differently Than Sunlight? Why?
Does fluorescent lighting make things look differently than sunlight? Why? - daylight fluorescent
This is one of the questions for my science mid-term: In a clothing store with fluorescent lighting only, there is a client on more clothes in broad daylight in the doorway to see its color. Is it reasonable? Why or why not?
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Fluorescent lamps produce UV light, is the color phosphors in the tube. These phosphors to produce light, which are in the light of day in which certain colors are missing and others are over-represented is different. The human eye is very good to ignore the color of the ambient light that is much clearer in the photo and video applications.
It is therefore justified to some extent to check the colors in the light of day, but is said to have escaped without paying too!
The color quality (color) is determined by the color temperature of light. The color temperature is measured in degrees Kelvin K.
Fluorescent Lamp color temperature:
Warm White 2700K
Neutral White 3000K or 3500K.
Cool white 4100K
Daylight (blue-white) 5000K to 6500K
Since stores can install lights in various colors, with temperatures that affect the feeling or the perception of the true color of the dress, I think it is reasonable, the color under the light of the control tag.
In fact, I'm not the same.
Since the 2 ARBEN spectra of light sources are different.
You must (not entirely clear but is looking to fluorescent). The sunlight did not call a yellow color with the effect of UV rays.
Easier to imagine an old-fashioned tent by candlelight or kerosene lamp where the light is not illuminated white, but yellow-orange, green or blue, not all.
Yes, the reaction because the sunlight-generated in a hydrogen-based, while the use of fluorescent collision of electrons with fluorine
Yes, the reaction because the sunlight-generated in a hydrogen-based, while the use of fluorescent collision of electrons with fluorine
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