TRENDS IN EARTH-TO-ORBIT SPACE TRANSPORTATION SYSTEMS
Characteristic system parameters of earth-to-orbit space transportation systems indicate that costs should improve by four orders of magnitude in 25 years
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Characteristic system parameters of earth-to-orbit space transportation systems indicate that costs should improve by four orders of magnitude in 25 years
U.s. space vehicles development particularly saturn booster advances in structure, guidance and control, composite vehicle design, propulsion systems, fabrication, launching and handling
State of art of earth-to-orbit transportation systems based on u.s. and u.s.s.r. achievments
Aerospace ophthalmology - human performance and environmental effects on vision in flight
Food, water, and waste in manned space flight
The objective of the National Aeronautics and Space Administration's Technology Utilization Program is to identify, document, and transfer to the national economy the technical advances resulting from our space and research programs. These innovations, when properly applied in industry and business, hold great promise for improving our everyday life and contributing to the prosperity of the nation. We believe that the knowledge, progress, and advances associated with aerospace technology contain major potential for industrial applications. The content and method of presenting symposium papers by Marshall and selected contractor personnel have been designed to transfer an awareness of at least some new technology to attendees in nonaerospace fields.
Statistical repeated loads data on piston and turbine powered transport aircraft resulting from atmospheric turbulence, maneuvers, landing contact, oscillatory motion, and ground movement
Space transportation systems for Moon exploration and beyond noting nuclear, nuclear pulse and electric propulsion
Nondestructive testing and inspection methods using infrared microscopy, X-ray television, and ultrasonic measurements - Conference
Handling qualities, electronic flight control system configurations, and integrated digital avionics for SST automated all weather landing
Annual and four-year variations in cosmic ray intensities and sunspot number
Tektite composition considered from results of high temperature vapor fractionation of silicates
Orbital workshop and X ray telescope mount for Apollo applications program
Rigidly forced oscillatory dynamic stability method for measuring pitch and yaw damping derivatives in wind tunnels at transonic and supersonic speeds
High speed fluid film lubrication
Statistical analysis of repeated acceleration and impact loads on airline transports
Basic features and accuracy of dynamic stability technique used in wind tunnels to measure pitch and yaw damping characteristics of aircraft configurations
Space tracking and data acquisition network of deep space network, noting manned space flight network and Unified S band system