File:TernaryColorTmap.PNG
Summary
Theoretical Planck-model "white-sun" ternary plot for visible-light color-temperature from left to right between 500°C (the temperature around which objects begin to glow in the visible) and 6000°C (slightly more than the color temperature of the Sun) with intervals of size 500°C. The next two intervals represent changes by 2000°C, with the blue dot to the right of the first large gap corresponding to 8,000°C, followed another at 10,000°C. The next to last dot rightward is at 20,000°C, with the far right dot near {R,G,B} ≈ {0.12,0.23,0.65} representing the zero-coldness 1/kT (i.e. infinite-temperature) point.
Licensing
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 03:45, 7 January 2017 | | 441 × 450 (34 KB) | 127.0.0.1 (talk) | Theoretical Planck-model "white-sun" ternary plot for visible-light color-temperature from left to right between 500°C (the temperature around which objects begin to glow in the visible) and 6000°C (slightly more than the color temperature of the Sun) with intervals of size 500°C. The next two intervals represent changes by 2000°C, with the blue dot to the right of the first large gap corresponding to 8,000°C, followed another at 10,000°C. The next to last dot rightward is at 20,000°C, with the far right dot near {R,G,B} ≈ {0.12,0.23,0.65} representing the zero-coldness 1/kT (i.e. infinite-temperature) point. |
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