Examples of aerosol

Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0
An experiment has also been made which includes emissions of sulphur dioxide and thus the formation of aerosols.
The production of viral aerosols and airborne transmission following vomiting have been suggested.
They already show the high complexity of the chemistry occurring in the atmosphere, and the essential role of aerosols.
One probable explanation is that the indoor spas have no air compressors and therefore fewer aerosols.
They are usually negatively charged, spherical and behave as aerosols.
At the same time the aerosols with positive charge continue to rise and stop rising at higher altitudes.
The rapid growth of aerosols with negative charge makes them heavy and their lift with the ascending air mass is stopped at low altitudes.
The ascending air mass subsequently picks up these particles or charged aerosols as they are known, and during ascent the air mass is cooled.
Other contaminants should also be considered, especially aerosols and particulate accumulations in snow ablation zones and moss sites adjacent to the runway site.
Investigating the interaction between bacteria and smectite clays is important for understanding the role of aerosols in the transport of human and plant pathogens.
The latter is also more effective than grassland or moorland at capturing particulates and aerosols from the atmosphere.
Showers, faucets, cooling towers, and many other devices can produce these aerosols.
Airflows, as determined by temperature, wind direction and configuration of buildings appeared to be important in carrying the virus-laden aerosols to people staying at great distances from the primary source.
These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors.