Add to ORKGThe size-distribution of the fog droplets at various fog particle concentrations in fog chamber was determined by two methods: (1) the Stokes' velocity photographic method and (2) using the active scattering particle spectrometer. It is shown that the two techniques are accurate in two different ranges of particle size - the former in the radii range (0.1 micrometers to 10.0 micrometers), and the latter for radii greater than 10.0 micrometers. This was particularly true for high particle concentration, low visibility fogs
Comprehensive field campaigns dedicated to fog life cycle observation were conducted during the wint...
Hygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Fog drop size distributions were collected from aircraft as part of the Synthetic Vision Technology ...
A short critical review of possible methods for the measurement of the size of fog particles is pre...
Measurements were made of the size and relative number of particles condensed in a "large" supersoni...
The changes in submicrometer atmospheric particle size distributions measured with a Differential Mo...
Fog-induced visibility reduction is responsible for a variety of hazards in the transport sector. Th...
i. A short critical review of possible methods for the measurement of the size of fog particles is p...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
Processes between atmospheric aerosol (AA) and clouds, source of large uncertainty in weather and cl...
Attenuation and near-forward scattering of both ice and water fogs and dependence of spectral curves...
Haze and fog are both low visibility events, but with different physical properties. Haze is caused ...
Charged particle techniques hold promise for dispersing warm fog in the terminal area of commercial ...
This technical report describes a new preliminary approach to simulate fog in images using accurate ...
Comprehensive field campaigns dedicated to fog life cycle observation were conducted during the wint...
Hygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Fog drop size distributions were collected from aircraft as part of the Synthetic Vision Technology ...
A short critical review of possible methods for the measurement of the size of fog particles is pre...
Measurements were made of the size and relative number of particles condensed in a "large" supersoni...
The changes in submicrometer atmospheric particle size distributions measured with a Differential Mo...
Fog-induced visibility reduction is responsible for a variety of hazards in the transport sector. Th...
i. A short critical review of possible methods for the measurement of the size of fog particles is p...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
Processes between atmospheric aerosol (AA) and clouds, source of large uncertainty in weather and cl...
Attenuation and near-forward scattering of both ice and water fogs and dependence of spectral curves...
Haze and fog are both low visibility events, but with different physical properties. Haze is caused ...
Charged particle techniques hold promise for dispersing warm fog in the terminal area of commercial ...
This technical report describes a new preliminary approach to simulate fog in images using accurate ...
Comprehensive field campaigns dedicated to fog life cycle observation were conducted during the wint...
Hygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...