'interference frequency' is a correct and usable expression in written English.
This term is typically used to describe the frequency of wave interference in physics or engineering contexts. For example: "The interference frequency of two waves can be determined by calculating their wavelength and velocity."
Furthermore, with the increase of AC interference frequency, the AC current involved in the electrode reaction process is decrescent, which caused a lower corrosion rate of pipeline steel.
However, noise interference, frequency spread, and other problems will occur [47, 48].
The parameters that characterize the interference are the following: COD of the interference, interference TxRate, and interference frequency channel.
Tuning the transmitters, so that the interference frequency is a few hundred Hz, makes it possible to measure the phase of the signal with resource-constrained wireless nodes.
Daily activities and heat interference frequency categories are summarised in table 2. Heat interference 'often' was reported (in order of frequency) by 37.5% for daily travel, 34.5% for work, 29.9% for housework, 27.4% for sleeping and 25.9% for exercise.
The wave phenomenon occurs at a series of interference frequencies due to elaborate multimodal interferences, known as the perfect transmodal Fabry-Perot interferences.
Finally, the overall BER of the uncoded WiMAX system is obtained by distinguishing between two types of MB-OFDM UWB interference, frequency-hopped interference (TFC1) and nonhoppinterferenceence (TFC1).
Time Synchronous Averaging can remove interference frequencies induced by environmental noise and other irrelevant machine components [43].
On the other hand, both the previous and the proposed VSS-GAL algorithms produced insignificant distortions at frequencies other than the interference frequencies.
Compared to the VSS-NLMS algorithm, it formed narrow notches at the interference frequencies, so it could recover the target spectrum with significantly smaller distortions than the VSS-NLMS algorithm.
For continuous channel interferences, frequency hopping is not reliable because it cannot avoid interferences smartly and dynamically.
