Wien's displacement law is very useful when it comes to measuring the temperature of hot radiant objects.
The rule states that for a black body having a wavelength carrying the maximum energy and its absolute temperature are inversely proportional to each other.
If we consider,
λmax = Wavelength of maximum intensity (meters)
T = Absolute temperature of the black body (kelvins),
The rule states that for a black body having a wavelength carrying the maximum energy and its absolute temperature are inversely proportional to each other.
If we consider,
λmax = Wavelength of maximum intensity (meters)
T = Absolute temperature of the black body (kelvins),
λmax * T = b
In this equation, 'b' is a constant. It has the value 2.897×10−3 m⋅K and is called Wien's displacement constant.
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Thus, the following is true.
Read: What is a pillow block bearing?
Thus, the following is true.
- Hot objects appear bluish because they emit most of their radiation at shorter wavelengths.
- Cooler objects appear reddish because they release most of their radiation at longer wavelengths.
Very informative article.
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Thank you for your support. I will try to add some photos and videos.
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