The phrase "acoustic interference" is correct and usable in written English.
It can be used in contexts related to sound, physics, or audio engineering, particularly when discussing how sound waves interact with each other.
Example: "The researchers studied the effects of acoustic interference on the clarity of sound in concert halls."
Alternatives: "sound interference" or "audio interference".
Firstly, basic MQCM's design, simulation and characterization with emphasis on acoustic interference are described.
A general investigation of this acoustic interference phenomenon is carried out.
Results revealed that babble spoken in the known languages (French and Italian) produced both linguistic and acoustic interference and that babble spoken in the unknown language (Irish) produced acoustic interference only.
We consider the iterative decoding algorithm at the receiver to alleviate the effects of ambient noise and acoustic interference.
Without a Frisch grid, the hemispherical detector provides a total room temperature energy resolution of 6% @ 662 keV and is relatively insensitive to acoustic interference.
In our work, the acoustic signal is spread with the aid of a high rate spreading sequence to alleviate the effects of acoustic interference.
The counter-rotating top-in option appears the best in terms of acoustics, the top-out propeller rotation leading to louder noise because of inflow conditions and the occurrence of constructive acoustic interferences.
First, we employ an SE front-end to reduce the acoustic interferences.
The SE front-end aims at removing acoustic interferences (i.e., reverberation and background noise) while the back-end undertakes the recognition task.
If engineers would design an acoustic signal for communication among humans, resistant to all kinds of acoustic interferences, they would probably not come up with something resembling natural speech.
These new bench areas promise to be the "quietest" in Canada, offering ultra-low levels of electromagnetic interference, acoustic noise, and vibrations--optimal conditions for nanoscale research.
