| 11. | :To have a visible flame-you need enough temperature for the blackbody radiation to be in the visible range.
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| 12. | :Correct me if I'm wrong, but I don't think blackbody radiation can make something " blue hot ".
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| 13. | Here's one of those can-of-worms " little details " like blackbody radiation and the nature of light-extraterrestrial life.
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| 14. | Planck was intrigued by blackbody radiation.
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| 15. | Look at the post I replied to, he is suggesting that blackbody radiation and photoelectric effect don't imply quantization.
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| 16. | As emitter temperature increases, the blackbody radiation shifts to shorter wavelengths, allowing for more efficient absorption by photovoltaic cells.
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| 17. | Like blackbody radiation, this was at odds with a theory invoking continuous transfer of energy between radiation and matter.
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| 18. | :It's simple blackbody radiation.
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| 19. | Would that be enough to give it blackbody radiation ? talk ) 02 : 04, 6 November 2015 ( UTC)
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| 20. | For example, this reasoning was used by Max Planck and Albert Einstein to resolve the ultraviolet catastrophe of blackbody radiation.
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