Ground wind measurements and anemometer response
Ground wind measurements and theoretical response of inertia-type anemometer
Engineering topics
Publications and source records attributed to Scoggins, J. R..
Ground wind measurements and theoretical response of inertia-type anemometer
Guideline data on earth atmosphere conditions for geographic locations involved in space vehicle development
Mesoscale perturbations in vertical wind velocity profiles obtained from superpressure balloons tracked by FPS-16 radars
Aerodynamically stable meteorological balloon sensor development for determination of vertical wind velocity profiles
Ground wind velocity measurement and anemometer response
Aerodynamic stability of balloons used for measuring the intensity and direction of atmospheric winds at various elevations is improved by incorporating a rough surface on the balloons. The rough-surfaced balloon is useful for collecting wind profiles and other meteorological data.
Fixed Tracking Radar-16 Radar/Jimsphere wind data measurement at Eastern Test Range
Statistical properties and persistence of atmospheric turbulence associated with detailed vertical wind profiles for space vehicle response studies
Smoke trail photographic measurement of wind velocity profiles
Freely rising superpressure spherical balloon response characteristics based on wind profile data, showing surface roughness effects on aerodynamic properties
Jimsphere wind sensor aerodynamic stability optimized for providing small-scale motion measurements
Wind profiles and missile and spacecraft design
Measurement, description and presentation of wind data for missile and space vehicle design
Description of high resolution wind measurement by the smoke-trail /photographic method and the radar/ spherical-balloon technique
Role of applied meteorology in the solution of large space vehicle development problems
Wind profile measurements for spacecraft design