The normals are lines of equal correlated color temperature.
2.
Both systems have a correlated color temperature ( CCT ) in the 5600 5700 range.
3.
Additionally, there is a relationship between correlated color temperature and appeared brightness of a source.
4.
The exact correlated color temperature and CRI depend on the specific mixture of metal halide salts.
5.
Today, the CIE 1960 UCS is mostly used to calculate correlated color temperature, where the CIE 1976 UCS.
6.
Relative spectral power distribution of illuminant D and a black body of the same correlated color temperature, normalized about 560nm.
7.
These developments paved the way for the development of new chromaticity spaces that are more suited to the estimation of correlated color temperatures and chromaticity differences.
8.
The mathematical procedure for determining the correlated color temperature involves finding the closest point to the light source's white point on the Planckian locus.
9.
The correlated color temperature is about 6, 000 kelvins with a CRI of 79 . The lamp can be dimmed to 15 % without affecting the light quality.
10.
Kelly's figures depicted the lines of constant correlated color temperature on the CIE 1960 UCS, as shown here, as well as the familiar xy diagram.
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