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- Aerosols in the Workplace - CDC
Aerosols in the workplace may pose both health and safety hazards Aerosols are encountered across multiple industry sectors Particles can be inhaled, absorbed by the skin, enter the eyes or be ingested Factors such as particle size, composition, shape, and concentration, can determine whether particles can cause harm to workers
- Aerosol - an overview | ScienceDirect Topics
Man-made, also called anthropogenic, aerosols include sulfate, nitrate, and carbonaceous aerosols, and are mainly from fossil fuel combustion sources The first aerosol studies were motivated by visibility, and in 1880 the British scientist John Aitken correctly postulated that aerosol particles act as nuclei for the condensation of water vapor
- Vertical distribution of aerosols and association with atmospheric . . .
Atmospheric aerosols exert a profound impact on the earth's radiation budget and global climate change by directly scattering or absorbing solar radiation in the atmosphere and interacting indirectly with the microphysical processes of clouds (Coakley et al , 1983; Haywood and Boucher, 2000; Liao et al , 2015; Twomey, 1977)
- Microbial aerosols: analytical methods, dispersal mechanisms and health . . .
Aerosols are much more prevalent in the environment than the droplets created by breathing, talking, coughing, and sneezing A droplet of the SARS-CoV-2 virus may live for 3 hours in an aerosol, but it can survive for up to 72, 4, 24, and 84 hours on plastic, stainless steel, copper, cardboard, and glass, respectively, depending on their
- Aerosol - an overview | ScienceDirect Topics
Aerosols in which the liquid phase is present due to vapor condensation at the surface of solid particles along with the solid phase, are commonly referred as “smogs” Aerosols of this type are usually present in the atmosphere of large industrialized cities Aerosols play an important role in nature and have various applications
- Aerosol transmission of SARS-CoV-2? Evidence, prevention and control
Aerosols are generally poly-dispersed droplets and particles which have many different sizes Classical airborne aerosol hygiene research described droplets of respiratory secretions evaporating to become “droplet nuclei”, which remain suspend in air currents or turbulence and may drift away considerable distances (>1 m) ( Keene, 1955 )
- Bioaerosols in the atmosphere: A comprehensive review on detection . . .
These biological aerosols can be activated to become CCN at relatively low supersaturation levels (Bauer et al , 2003; Pope, 2010) and trigger icing at higher temperatures (Hoose and Möhler, 2012) Bioaerosols' superior nucleation efficiency over abiotic particles is particularly relevant in cloud environments with temperatures above −15 °C
- Aerosols characteristics, sources, and drive factors analysis in . . .
Generally, aerosols adjust climate systems by altering radiation balance and cloud microphysical properties in the earth-atmosphere system (Kaufman et al , 2002; Rupakheti et al , 2021) Meanwhile, near-surface aerosols can also seriously endanger human health and affect the normal production and lives of people (Mehta et al , 2016)
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