radiancy |
incandescence |
Related terms |
Radiancy is a related term of incandescence.
In physics|lang=en terms the difference between radiancy and incandescence
is that
radiancy is (physics) the amount of energy emitted, flux while
incandescence is (physics) the emission of visible light by a hot body.
As nouns the difference between radiancy and incandescence
is that
radiancy is the property of being radiant while
incandescence is (physics) the emission of visible light by a hot body.
luminescence |
incandescence |
In physics|lang=en terms the difference between luminescence and incandescence
is that
luminescence is (physics) any emission of light that cannot be attributed merely to the temperature of the emitting body while
incandescence is (physics) the emission of visible light by a hot body.
As nouns the difference between luminescence and incandescence
is that
luminescence is (physics) any emission of light that cannot be attributed merely to the temperature of the emitting body while
incandescence is (physics) the emission of visible light by a hot body.
luminosity |
incandescence |
Related terms |
In physics terms the difference between luminosity and incandescence
is that
luminosity is the ratio of luminous flux to radiant flux at the same wavelength; the luminosity factor while
incandescence is the emission of visible light by a hot body.
As nouns the difference between luminosity and incandescence
is that
luminosity is the state of being luminous, or a luminous object; brilliance or radiance while
incandescence is the emission of visible light by a hot body.
thermoluminescence |
incandescence |
In physics terms the difference between thermoluminescence and incandescence
is that
thermoluminescence is the release of previously absorbed radiation upon being heated while
incandescence is the emission of visible light by a hot body.
incandescence |
fluorescence |
In physics|lang=en terms the difference between incandescence and fluorescence
is that
incandescence is (physics) the emission of visible light by a hot body while
fluorescence is (physics) the emission of light (or other electromagnetic radiation) by a material when stimulated by the absorption of radiation or of a subatomic particle.
As nouns the difference between incandescence and fluorescence
is that
incandescence is (physics) the emission of visible light by a hot body while
fluorescence is (physics) the emission of light (or other electromagnetic radiation) by a material when stimulated by the absorption of radiation or of a subatomic particle.
blaze |
incandescence |
Related terms |
Blaze is a related term of incandescence.
As nouns the difference between blaze and incandescence
is that
blaze is a fire, especially a fast-burning fire producing a lot of flames and light while
incandescence is (physics) the emission of visible light by a hot body.
As a verb blaze
is to be on fire, especially producing a lot of flames and light.
incandescence |
darkness |
As nouns the difference between incandescence and darkness
is that
incandescence is (physics) the emission of visible light by a hot body while
darkness is (
lb) the state of being dark; lack of light.
brilliancy |
incandescence |
Related terms |
Brilliancy is a related term of incandescence.
As nouns the difference between brilliancy and incandescence
is that
brilliancy is a shining quality; brilliance while
incandescence is (physics) the emission of visible light by a hot body.
streak |
incandescence |
Related terms |
Streak is a related term of incandescence.
As nouns the difference between streak and incandescence
is that
streak is an irregular line left from smearing or motion while
incandescence is (physics) the emission of visible light by a hot body.
As a verb streak
is to have or obtain streaks.
brilliance |
incandescence |
Related terms |
Brilliance is a related term of incandescence.
As nouns the difference between brilliance and incandescence
is that
brilliance is the quality of being exceptionally effulgent (giving off light) while
incandescence is (physics) the emission of visible light by a hot body.
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