Examples of 'blackbody' in a sentence
Meaning of "blackbody"
blackbody is a noun in physics that refers to an idealized object that absorbs all electromagnetic radiation that falls onto it. It is commonly used in the context of thermodynamics and radiative heat transfer to explain the emission of thermal radiation
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- a theoretical body, approximated by a hole in a hollow black sphere, that absorbs all incident electromagnetic radiation and reflects none; it has a characteristic emission spectrum
How to use "blackbody" in a sentence
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blackbody
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.
Such a surface is called an ideal radiator or blackbody.
And blackbody only is emitted from a surface.
Yes indeed that is what a blackbody would do.
A blackbody is an opaque object that emits thermal radiation.
This surface is considered an ideal radiator or blackbody.
The light emitted by a blackbody is called blackbody radiation.
This instrument was calibrated using a blackbody source.
A blackbody is an ideal radiator and an ideal heat absorber.
Towards a solution to the blackbody problem.
A blackbody is a perfect absorber and emitter of thermal radiation.
This is the law of blackbody radiation.
Blackbody radiation at various temperatures.
See also
Every star radiates something pretty close to a blackbody spectrum.
A blackbody refers to an opaque object that emits thermal radiation.
The earth is not a blackbody.
Derivation of the blackbody radiation spectrum without quantum assumptions.
Noise with a spectrum corresponding to the blackbody radiation thermal noise.
The blackbody radiation was studied.
It is not a blackbody though.
A blackbody is a theoretical object that absorbs all the radiation it receives.
Source of blackbody radiations.
Blackbody spectral distribution curves are shown for some representative temperatures.
Two independent emissive areas for the price of one blackbody.
Hence the blackbody is a perfect absorber for all incident radiation.
This was the same conclusion that was drawn about blackbody radiation.
Radiometric models of blackbody and specimen surfaces ware calibrated respectively.
The temperature can be discerned from the color of the blackbody.
Modulated blackbody emission is obtained from graphene by applying input signal.
The intensity of the radiant energy emitted by a blackbody is only a function of temperature.
A blackbody is a perfect radiator.
It thus makes it possible to measure the temperature from the law of blackbody radiation.
The blackbody spectrum matches the solar spectrum quite well.
The graphs below compare the spectral irradiance of a blackbody at these three temperatures.
All the blackbody components have substantially the same emissivity.
The thermal radiation spontaneously emitted by many ordinary objects can be approximated as blackbody radiation.
The colour temperature of a blackbody radiator is the same as its actual temperature.
Blackbody sources and fields have played a pivotal role in the development of quantum physics.
All sampling points on the blackbody locus curve may be determined as calibration points.
The Earth is modeled as a blackbody.
The body includes a blackbody portion at the closed end of the body.
This corresponds to what is called the Planck spectrum or blackbody radiation spectrum.
The blackbody results can be used to model thermal sources and propagation of natural light.
You can therefore understand why the blackbody is such an important conceptual tool in physics.
A blackbody absorbs all radiation incident on its surface and emits radiation based on its temperature.
In collaboration with Blackbody.
The emission from a blackbody is usually considered as the maximum that an object can radiate.
Properties of a Blackbody.
