fog droplet

fog droplet

[′fäg ‚dräp·lət]
(meteorology)
References in periodicals archive ?
[24] analyzed microphysics processes and macroscopic conditions of fog droplet spectrum widening.
Fog droplet sizing analysis, nozzle types, measurement and testing," in Proceedings of the ASME Turbo Expo: Ceramics, Industrial and Cogeneration Structures and Dynamics, pp.
The difference between a mist and a fog system is that a mist droplet is larger than a fog droplet. The mist droplet evaporates as it falls slowly to the floor, while a fog particle remains suspended in air and evaporates while floating above ground.
An element of the LANFEX campaign was to build and deploy a number of small weather stations (at fog-monitor sites) with two important capabilities, namely, the ability to measure light winds (using a Gill 2D sonic anemometer) and also to measure a fog droplet spectrum using a newly developed (prototype), inexpensive optical particle counter (with 28 bins from 0.8 to 40 [micro]m).
Additionally, the possibility of improving the precision of the model used here (International Telecommunication Union 2013) to estimate fog intensity by adding information about the microphysical characteristics of the phenomenon (e.g., [N.sub.D] or fog droplet size distribution) can be also included in the scope of future research.
A new study published in Science of the Total Environment reveals that fog droplets are "an effective medium for microbial sustenance and transport," according to colead author Sarah Evans of Michigan State University, and were even found to carry harmful pathogens, making fog research potentially valuable for human health studies.
fine dust and fine fog droplets. Smaller and larger particles are also captured.
The superhydrophilic surface is strongly attracted to the adhered fog and spread the fog droplets like thin membrane due to its high surface energy.
To drink water, it stands on a small sand ridge and faces the breeze with its body angled at 45 degrees, enabling it to catch fog droplets on its hardened wings even if its habitat gets less than 20mm of rainfall annually.
"Our research will focus on developing advanced surfaces to enhance the capture and collection of tiny fog droplets. Through materials that can increase water capture efficiency, we aim to exploit fog occurrences as a renewable source of fresh water," he explained.
In reviewing key literature, the actual reference to enrichment is between the aqueous (fog droplets) and air phases.
Regional deposition of inhaled fog droplets: preliminary observations.