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A diffuse radiation surface has
[1991]
- a)Radiation intensity Independent of angle
- b)Emissive power Independent of angle
- c)Emissive power independent of wavelength
- d)Radiation intensity Independent of both angle and wavelength
Correct answer is option 'A'. Can you explain this answer?
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A diffuse radiation surface has[1991]a)Radiation intensity Independent...
Radiation intensity is independent of angle in diffuse radiation.
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A diffuse radiation surface has[1991]a)Radiation intensity Independent...
Diffuse Radiation Surface:
A diffuse radiation surface is a surface that emits or reflects radiation equally in all directions. The radiation emitted or reflected from a diffuse radiation surface is not dependent on the angle of observation or the wavelength of radiation.
Radiation Intensity:
Radiation intensity is the amount of radiation energy per unit time per unit solid angle. The radiation intensity of a diffuse radiation surface is independent of angle, which means that the amount of radiation energy emitted or reflected from the surface is the same in all directions.
Emissive Power:
Emissive power is the amount of radiation energy emitted by a surface per unit time per unit area. The emissive power of a diffuse radiation surface is independent of angle, which means that the amount of radiation energy emitted by the surface is the same in all directions.
Wavelength:
The wavelength of radiation refers to the distance between two consecutive peaks or troughs of a wave. The radiation emitted or reflected from a diffuse radiation surface is not dependent on the wavelength of radiation.
Conclusion:
In conclusion, a diffuse radiation surface has radiation intensity independent of angle, emissive power independent of angle and wavelength.
A diffuse radiation surface is a surface that emits or reflects radiation equally in all directions. The radiation emitted or reflected from a diffuse radiation surface is not dependent on the angle of observation or the wavelength of radiation.
Radiation Intensity:
Radiation intensity is the amount of radiation energy per unit time per unit solid angle. The radiation intensity of a diffuse radiation surface is independent of angle, which means that the amount of radiation energy emitted or reflected from the surface is the same in all directions.
Emissive Power:
Emissive power is the amount of radiation energy emitted by a surface per unit time per unit area. The emissive power of a diffuse radiation surface is independent of angle, which means that the amount of radiation energy emitted by the surface is the same in all directions.
Wavelength:
The wavelength of radiation refers to the distance between two consecutive peaks or troughs of a wave. The radiation emitted or reflected from a diffuse radiation surface is not dependent on the wavelength of radiation.
Conclusion:
In conclusion, a diffuse radiation surface has radiation intensity independent of angle, emissive power independent of angle and wavelength.
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A diffuse radiation surface has[1991]a)Radiation intensity Independent of angleb)Emissive power Independent of anglec)Emissive power independent of wavelengthd)Radiation intensity Independent of both angle and wavelengthCorrect answer is option 'A'. Can you explain this answer?
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