Add to ORKGResearch was carried out on existing and new designs for minimally intrusive measurement of flow fields in the Geophysical Fluid Flow Cell and the proposed Atmospheric General Circulation Experiment. The following topics are discussed: (1) identification and removal of foreign particles, (2) search for higher dielectric photochromic solutions, (3) selection of uv light source, (4) analysis of refractive techniques and (5) examination of fresnel lens applicability
Experimental design study for small aeronomy satellite including gas temperature, gas-surface ion so...
Conventional wind tunnel flow visualization techniques which consist of surface flow methods, tracer...
The atmospheric general circulation experiment (AGCE) numerical design for Spacelab flights was stud...
A concept is provided for a geophysical fluid flow cell (GFFC) and sufficient detail is given to all...
The feasibility analysis of the atmospheric general circulation experiment (AGCE) are documented. Th...
The use of an optical flow visualization device for studying convection flow patterns was investigat...
The development of optical non-intrusive measurement techniques that can make global surface measure...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
In-flight flow visualization techniques used at the Dryden Flight Research Facility of NASA Ames Res...
Technical assistance was provided in connection with three projects, namely: (1) Capillary Heat Tran...
Various techniques for the measurement of aerosol properties are described. Methods considered inclu...
The activities and results of the Atmospheric Science Facility preliminary design study are reported...
The design philosophy and performance characteristics of the continuous flow diffusion chamber devel...
Jet spreading in fluid amplifiers, thermal switching of jet flows, and nozzle thrust modulation by v...
This year marks the 55th anniversary of the first fluid physics experiment performed aboard a spacec...
Experimental design study for small aeronomy satellite including gas temperature, gas-surface ion so...
Conventional wind tunnel flow visualization techniques which consist of surface flow methods, tracer...
The atmospheric general circulation experiment (AGCE) numerical design for Spacelab flights was stud...
A concept is provided for a geophysical fluid flow cell (GFFC) and sufficient detail is given to all...
The feasibility analysis of the atmospheric general circulation experiment (AGCE) are documented. Th...
The use of an optical flow visualization device for studying convection flow patterns was investigat...
The development of optical non-intrusive measurement techniques that can make global surface measure...
Scientific support for the spherical convection experiment to be flown on Spacelab 3 was developed. ...
In-flight flow visualization techniques used at the Dryden Flight Research Facility of NASA Ames Res...
Technical assistance was provided in connection with three projects, namely: (1) Capillary Heat Tran...
Various techniques for the measurement of aerosol properties are described. Methods considered inclu...
The activities and results of the Atmospheric Science Facility preliminary design study are reported...
The design philosophy and performance characteristics of the continuous flow diffusion chamber devel...
Jet spreading in fluid amplifiers, thermal switching of jet flows, and nozzle thrust modulation by v...
This year marks the 55th anniversary of the first fluid physics experiment performed aboard a spacec...
Experimental design study for small aeronomy satellite including gas temperature, gas-surface ion so...
Conventional wind tunnel flow visualization techniques which consist of surface flow methods, tracer...
The atmospheric general circulation experiment (AGCE) numerical design for Spacelab flights was stud...