The phrase "atmosphere monitoring" is correct and usable in written English.
It can be used in contexts related to environmental science, meteorology, or any field that involves observing and analyzing atmospheric conditions.
Example: "The research team is focused on atmosphere monitoring to better understand climate change impacts."
Alternatives: "air quality assessment" or "environmental monitoring".
The assay was initiated by the addition of a 10 1 volume of the solution to a fully grown fumarate culture and incubated inside an Omni-Lab (Vacuum Atmospheres Company; 100% N2 atmosphere) monitoring the absorbance every 1 min at 625 nm in a SpectraMax M2 (Molecular Devices) over a 2-h period.
Such equipment might include such items as atmosphere monitoring devices with automatic audible alarms, escape self-contained breathing apparatus (ESCBA) with at least 10 minute air supply (or other NIOSH approved self-rescuer), and waterproof flashlights, and may also include boats and rafts, radios and rope stand-offs for pulling around bends and corners as needed.
Among many different products from satellite data available in IMWM, the following are of high importance: Baltic Sea monitoring (SST, ice cover, suspended matter), land surface of Poland monitoring (vegetation indices, temperature, snow cover), atmosphere monitoring (cloud classification, precipitation estimation, retrieval of temperature, moisture, wind fields and ozone content).
With simple mechanical structure and high accuracy, this sensor is promising in fire detection and atmosphere environment monitoring.
The other method that exists for this purpose is by conducting tracer experiments using known release of a gas like SF6 into the atmosphere and monitoring their concentrations downwind.
Researchers from the Argonne National Laboratory and the Los Alamos National Laboratory, along with other meteorologists and engineers, will assist scientists from BNL as they "track the movement of harmless tracer gases" through the urban atmosphere -- monitoring that movement through about 200 air-sampling tracking devices placed both at street-level and in the subway system.
The thermal decomposition of [Co en 3][Fe CN 6]∙ 2H2O (1a) in air atmosphere was monitored by TG/DSC techniques.
All reaction were carried out under an air atmosphere and monitored by using thin-layer chromatography (TLC, 200-300 mesh, Qingdao Makall Group Co. , Ltd Qingdao, China).
The precursor atmosphere was monitored by mass spectrometry and only small differences can be observed in the obtained mass spectra.
Moreover, the reversibility of the hydration process, at the basis of the high proton conductivity in humid atmosphere, was monitored.
Doping stability with time evolution at room temperature under ambient atmosphere was monitored.
