"radiation interference" is a correct and usable phrase in written English.
You could use it to refer to disturbances caused by electromagnetic radiation in a certain area, such as interference in telecommunications signals due to nearby radio broadcasting towers. For example: "The radiation interference from the broadcasting tower was so strong that the signal couldn't be picked up at all."
In this case, the interference was still observed, which means that radiation interference due to the woofer and the horn alone did not account for the complexity of the modulations.
One of the key issues in nondirected diffuse optical wireless communications is to design an omnidirectional highspeed multibeam transmitter that can overcome the shortcomings occurred in indoor wireless local-area network (WLAN), such as ambient radiation interference, detector noises, wall reflections, and multipath dispersion [2, 3, 10 17].
The certain routing issues and challenges include network topology, postural body movements, limited resources, quality of service metrics, radiation and interference, global network lifetime, heterogeneous environment, etc.
If the distances between the scattering centers are of the same order of magnitude as the wavelength of the radiation, then interference takes place among the scattering rays, resulting in diffraction.
Information communicated through Network on Chip (NoC) in System on Chip (SoC) is highly prone to different sources of noise, like coupling, radiation and electromagnetic interference.
The article further explained, "Their real significance would be in providing scientists with important new information concerning the nature of the sun, cosmic radiation, solar radio interference and static- producing phenomena radiating from the north and south magnetic poles".
Wachters et al [ 33] have shown that gemcitabine can sensitise cells to radiation by specific interference with the homologous repair (HR) pathway.
By controlling the number and size of the perforations, the inter-foil spacing, the thickness of the first foil and the wavelength and band pass of the observed radiation, the coherent interferences due to the unscattered portion of the beam can be isolated and observed.
The constructive interference of radiation fields from individual slits with different depths and widths gives rise to beam focusing.
The results indicated that there was a significant reduction in maize leaf area, leaf area index, and photosynthetically active radiation due to weed interference at both sites.
In another example, we will discuss some nanoscale thermal radiation phenomena, such as interference, tunneling, and surface waves, that can potentially be exploited to improve the efficiency of thermophotovoltaic power generation devices.
