Examples of 'blackbody radiation' in a sentence
Meaning of "blackbody radiation"
blackbody radiation - In physics, blackbody radiation refers to the electromagnetic radiation emitted by a perfect black body (an object that absorbs all electromagnetic radiation that falls onto it). It is a fundamental concept in thermodynamics and quantum mechanics, describing the radiation emitted at a given temperature
How to use "blackbody radiation" in a sentence
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blackbody radiation
The light emitted by a blackbody is called blackbody radiation.
Blackbody radiation at various temperatures.
This is the law of blackbody radiation.
The blackbody radiation was studied.
Noise with a spectrum corresponding to the blackbody radiation thermal noise.
Derivation of the blackbody radiation spectrum without quantum assumptions.
This was the same conclusion that was drawn about blackbody radiation.
The blackbody radiation graph is also compared with the classical model of Rayleigh and Jeans.
It thus makes it possible to measure the temperature from the law of blackbody radiation.
Therefore, blackbody radiation remains exclusively a property of the solid state.
The thermal radiation spontaneously emitted by many ordinary objects can be approximated as blackbody radiation.
The blackbody radiation is isotropic i.e. the radiance is independent of the direction.
This corresponds to what is called the Planck spectrum or blackbody radiation spectrum.
As is known, the blackbody radiation relationship is reduced by the absorptivity of a graybody.
Fig . 2 is a graph illustrating the light spectrum of sunlight and light spectra of blackbody radiation.
See also
Consider, for example, a uniform mixture of blackbody radiation and gas in an expanding universe.
This equation is known as Einstein 's fluctuation formula for blackbody radiation.
Max Planck 's study of blackbody radiation marked the beginning of quantum mechanics.
I know that number 11 was blackbody radiation.
His fields of expertise included soil physics, gas properties, acoustics, fluid mechanics, and blackbody radiation.
So, yes, claiming this is blackbody radiation is idiotic.
It has a surface temperature of about 3000 K as determined from its blackbody radiation curve.
See also: Blackbody radiation.
Okay, the correct answer to number 11 is blackbody radiation.
At that value, 22 % of the blackbody radiation energy would be below the band gap.
In 1859 Gustav Kirchhoff proved a theorem about blackbody radiation.
Max Planck explained the blackbody radiation in 1900 by assuming that the.
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Examples of using Blackbody
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Radiant emittance of a blackbody at the same temperature
A blackbody absorbs all radiation incident upon it
Examples of various blackbody spectra are shown below
