The charged particle generator was further tested after some design modification. The generator performance was measured with additional instrumentation and found to confirm previous measurements. Plans for a field testing were than developed. The overall status of the program and the field test plans were presented to a group of atmospheric scientists and electrostatic experts at the NASA/MSFC sponsored USRA Workshop on Electrostatic Fog Dispersal at NCAR, Boulder, Colorado discussed in previous sections. The recommendations from this workshop are being evaluated as to whether NASA should proceed with the field test or whether further theoretical research on the phenomenon of electrostatic fog dispersal and additional development of the ch...
Warm fog seeding to determine potential of various sized and unsized hygroscopic chemicals for fog d...
Ground based and aerial seeding of warm fog with hygroscopic materials and computer modeling of fog ...
Fog is a threat to the operations of small unmanned aerial systems (sUAS). Improved fog forecasting ...
Modifications to a charged particle generator for use in fog dispersal applications were made and ad...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
Charged particle techniques hold promise for dispersing warm fog in the terminal area of commercial ...
Hygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
The unit was designed to be easily modified so that certain features that influence the output curre...
Ground and aerial applications of hygroscopic particles in fog dispersal experiment
The Workshop was held at the National Center for Atmospheric Research (NCAR) in Boulder, Colorado, o...
Naturally occurring electric fields exist in the atmosphere as part of the global electric circuit....
Results of thermal and chemical fog dispersal tests, conducted by AFCRL during July 1972, are presen...
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Warm fog properties and fog modification by preseeding atmosphere with sodium chlorid
An investigation was made of the influence of an artificially produced space charge on the lower atm...
Warm fog seeding to determine potential of various sized and unsized hygroscopic chemicals for fog d...
Ground based and aerial seeding of warm fog with hygroscopic materials and computer modeling of fog ...
Fog is a threat to the operations of small unmanned aerial systems (sUAS). Improved fog forecasting ...
Modifications to a charged particle generator for use in fog dispersal applications were made and ad...
The concept of using the charged particle technique to disperse warm fog at airports is investigated...
Charged particle techniques hold promise for dispersing warm fog in the terminal area of commercial ...
Hygroscopic, large nuclei seeding to prevent dense radiation fog formation and increase visibilit
The unit was designed to be easily modified so that certain features that influence the output curre...
Ground and aerial applications of hygroscopic particles in fog dispersal experiment
The Workshop was held at the National Center for Atmospheric Research (NCAR) in Boulder, Colorado, o...
Naturally occurring electric fields exist in the atmosphere as part of the global electric circuit....
Results of thermal and chemical fog dispersal tests, conducted by AFCRL during July 1972, are presen...
A state-of-the-art survey is given of warm fog research which has been performed up to, and includin...
Warm fog properties and fog modification by preseeding atmosphere with sodium chlorid
An investigation was made of the influence of an artificially produced space charge on the lower atm...
Warm fog seeding to determine potential of various sized and unsized hygroscopic chemicals for fog d...
Ground based and aerial seeding of warm fog with hygroscopic materials and computer modeling of fog ...
Fog is a threat to the operations of small unmanned aerial systems (sUAS). Improved fog forecasting ...