2 years, 5 months ago
Is it possible that an atom can radiate frequency of complementary color in hot condition of the color that it absorbed during cold condit
Is it possible that an atom can radiate frequency of complementary color in hot condition of the color that it absorbed during cold condition ?
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If you are asking about color change due to temprature, thermochromism is the property you might want to look into. Methodsare Liquid Crystals and Leuco Dyes. Liquid Crystals are used on the side of batteries to show a representation of charge, and work by changing light diffusion and defraction by shifting their own structure. Leuco Dyes work through chemichal combinations which change at different temperatures, and reverse back to their previous state. A loss occures in this recombination, so the functionality of leuco dyes doesn't last too long.
If you are talking about atomic level thermochromism, it doesn't exist. This could be a trick question, as atoms reflect whatever colors they do not absorb. Flourescent colors are the only I know to absorb photons and retransmit in the color spectrum.
If you are talking about atomic level thermochromism, it doesn't exist. This could be a trick question, as atoms reflect whatever colors they do not absorb. Flourescent colors are the only I know to absorb photons and retransmit in the color spectrum.
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