The
radiation noise reduction effect is therefore significantly better than can be obtained using a single-type coating.
[7] Takayuki Koizumi, 2003."An Analysis of
Radiation Noise from Rolling Tire Vibration" JSAE Review.
We are aware that when conduction noise appears in an electric circuit along transmission lines, we experience the appearance of radiation noise from the transmission lines simultaneously.
We experience electromagnetic noise as a form of radiation noise like that from transmission lines when conduction noise propagates through transmission lines in an electric circuit.
Wu, "Effects of reverse
radiation noise on millimeter-wave radiometric imaging at short range," Progress In Electromagnetics Research M, Vol.
Radiation noise results from the fact that sources of electromagnetic radiation themselves exhibit an inherent temporal variability by virtue of the statistical nature of the photon emission process.
During the practical imaging experiments carried out at a short range (about 1-2 m), it is found that the output signal of imaging system sometimes does not follow with the changes of the object's radiation characteristics, and there exists phenomenon just like the specular reflection in a radar detection system, both of which arise from the internally generated reverse
radiation noise. Reverse
radiation noise is referred to the noise power radiated by a receiver via antenna, which is reflected by objects of being imaged and in turn collected by the receiving antenna again.