Development of a prototype waste collection system /the Hydro-John/
Characteristics of prototype waste collection system for spacecraft applications
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Characteristics of prototype waste collection system for spacecraft applications
Design of prototype systems performance evaluation console as man machine interface
Laboratory prototype system for acquisition, automatic analysis, and display of astronaut electroencephalographic and electro-oculographic signals, and spacecraft noise effects on sleep
Space shuttle structural prototype design, fabrication and test program
Prototype lunar gravity simulator for studies of reduced gravity effects on human self locomotive capability, using magnetic air bearings and body support system
Prototype cloud physics laser nephelometer design and performance, determining droplet concentration and size from scattered light pulse count and amplitudes
Prototype electrolyzer for generating oxygen from water vapor under various atmospheric conditions, noting spacecraft cabin application
Space compatible flight prototype ion engine power conditioning system design for Hg thrustor using oxide cathode
Flight prototype electrostatic ballistic pendulum momentum transducer
Design and test evaluation of prototype one-third octave band spectrum analyzer for measurement and analysis of acoustic and vibration data onboard space vehicles
Development and tests of flight prototype power conditioner for 20 cm mercury bombardment electric thruster system
Development of prototype waste collection system /modified Hydro John/ designed for use in either zero or one gravity environment
Prototype device for monitoring sleep during manned space flight including performance tests
Thermal and hydraulic performance of prototype SNAP-8 mercury boiler - design, fabrication, and preliminary evaluation
Design and development of prototype static cryogenic heat transfer system utilizing heat pipe with wetting arterial wick and nitrogen as working fluid
Design and fabrication of flight-concept prototype electrochemical water recovery subsystem
Space station prototype environmental thermal control and life support systems, considering maintainability, reliability, weight penalties and fault detection and isolation
The thermal protection system for the flight configuration of the SERT 2 satellite was designed using an analytical thermal network to represent the satellite and its environment. A large part of this digital analytical network was adjusted and calibrated by comparing predicted temperatures with experimental measurements made with the prototype SERT 2 satellite in an extended thermal vacuum test. The procedures used in adjusting and calibrating the analytical network are outlined.