Add to ORKGHygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
"Prepared under contract no. NASr-156 by Cornell Aeronautical Laboratory, Inc.""June 1968" -- Cover....
Measurements of the total nucleus concentration and cloud condensation nuclei (CCN) were acquired fo...
This study addresses the modeling of the denebulization (i.e., the removal of droplets) of warm fogs...
Theoretical modeling of fog modification by seeding with hygroscopic nuclei, climatic survey of fog ...
Warm fog properties and fog modification by preseeding atmosphere with sodium chlorid
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Ground based and aerial seeding of warm fog with hygroscopic materials and computer modeling of fog ...
Warm fog seeding to determine potential of various sized and unsized hygroscopic chemicals for fog d...
A detailed study was made of the micrometeorological and microphysical characteristics of eleven val...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
The charged particle generator was further tested after some design modification. The generator perf...
Through a series of simple calculations on monodispersed fogs, it is shown that atmospheric air poll...
Results of thermal and chemical fog dispersal tests, conducted by AFCRL during July 1972, are presen...
The report is a comprehensive review of fog modification. It includes discussions of the physical st...
The formation of advection fog is closely associated with the characteristics of the aerosol particl...
"Prepared under contract no. NASr-156 by Cornell Aeronautical Laboratory, Inc.""June 1968" -- Cover....
Measurements of the total nucleus concentration and cloud condensation nuclei (CCN) were acquired fo...
This study addresses the modeling of the denebulization (i.e., the removal of droplets) of warm fogs...
Theoretical modeling of fog modification by seeding with hygroscopic nuclei, climatic survey of fog ...
Warm fog properties and fog modification by preseeding atmosphere with sodium chlorid
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Ground based and aerial seeding of warm fog with hygroscopic materials and computer modeling of fog ...
Warm fog seeding to determine potential of various sized and unsized hygroscopic chemicals for fog d...
A detailed study was made of the micrometeorological and microphysical characteristics of eleven val...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
The charged particle generator was further tested after some design modification. The generator perf...
Through a series of simple calculations on monodispersed fogs, it is shown that atmospheric air poll...
Results of thermal and chemical fog dispersal tests, conducted by AFCRL during July 1972, are presen...
The report is a comprehensive review of fog modification. It includes discussions of the physical st...
The formation of advection fog is closely associated with the characteristics of the aerosol particl...
"Prepared under contract no. NASr-156 by Cornell Aeronautical Laboratory, Inc.""June 1968" -- Cover....
Measurements of the total nucleus concentration and cloud condensation nuclei (CCN) were acquired fo...
This study addresses the modeling of the denebulization (i.e., the removal of droplets) of warm fogs...