The phrase "atmospheric interference" is correct and usable in written English.
It can be used in contexts related to science, technology, or communication, particularly when discussing disruptions caused by atmospheric conditions.
Example: "The satellite signal was weak due to atmospheric interference, leading to a loss of data transmission."
Alternatives: "environmental disruption" or "weather-related interference".
But Mr Patrick notes that microwave links are also prone to atmospheric interference.
There he directed studies on atmospheric interference with radio transmission, direction finding, and radio-frequency measurement.
Yearning to be completely free of atmospheric interference, Dr. Low, along with other astronomers, pushed NASA to build and launch the Infrared Astronomy Satellite, IRAS, which did the first infrared sky survey from space.
Aside from abundant sunshine and virtually cloudless skies, the California desert has altitude, so there is less atmospheric interference for the sun's rays, as well as broad swaths of level land for installing equipment, and proximity to large, electricity-hungry cities.
HF and VHF radio communication are vulnerable to atmospheric interference, thus having blind coverage areas and poor confidentiality.
Atmospheric interference such as cloud cover causes more visible light to be reflected back to the sensor than would be the case if the light reached the surface and was absorbed by vegetation.
Although these data can cover extremely vast regional or continental areas in a single image; data collection, quality, and usability can be limited by revisit times, atmospheric interferences, and spatial resolution.
New types of desolvation nebulizers allow significant reduction of solvent and atmospheric interferences and the "cold plasma" technique reduces nebulizing gas ion intensities.
Power line communication interference, underwater acoustic signals, low-frequency atmospheric noise, noise generated by punching machines, infusion pump sounds in hospitals, and all types of man-made noise can be classified as impulsive noise [2 4].
There are three major sources of signal attenuation: divergence of the beam from the transmitting telescope to the ground; loss due to atmospheric irradiance and interference; and loss within the fibres.
The closed conditions prevent interference from atmospheric oxygen and the short reaction time minimises the potential for interference from side reactions.
