The GW energy flux at the distance r from the source is F gw ≈ L gw πr . (3.4)We usually observe this flux on the ground and it can be traced back to the source. In order to consider GW-EM radiation interaction, we need to specify the EM emission source andalso justify how the EM radiation could interact with the GW during the merger. filexlib. In nature, sources of ionizing radiation include: Radiation from space (cosmic and solar radiation) Radiation from the earth (terrestrial radiation) Radon Radiation from building materials Ionizing Radiation from Manmade Sources Every day, we use Ionizing radiation to help us live healthy lives. The wave length of a monochromatic wave is the distance between two consecutive wav. peaks (crest) or between two troughs. It determines the color or the light. Wavelength of. visible light can be measured in kilo meter or in nanometers and meters. 1 micrometer (micron) (M) = 10-6 meter. 1 nanometer (nm) = 10-9 meter. sources. Non-ionizing radiation includes visible, infrared, and ultraviolet light; microwaves; radio waves; and radiofrequency energy from cell phones. ffTypes of Non-Ionizing Radiation 1. Radio Waves AM and FM radio broadcasts, Wi-Fi signals, cell phones, amateur radio, television and airport security scanners use radio frequency (RF) waves.

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