Electroencephalographic examination of flight personnel during long flights
Electroencephalographic examination of performance of personnel during long flights
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Electroencephalographic examination of performance of personnel during long flights
Aerobee rocket instruments for low energy cosmic ray heavy nuclei data in flight - recoverable payload
Computer program for evaluating space experiments for Saturn in-flight payloads - experiment design
Data analysis and display techniques for biosatellite flight and application of astronaut electroencephalogram analysis
Supersonic transport crew roles, and workload implications on flight deck design
Performance evaluation of Ranger VIII Flight Model III-3 television subsystem
Flight evaluation on Model III /RA-6/ of Ranger television subsystem - failure analysis
Applications Technology Satellite-1 Atlas Agena launch vehicle flight performance evaluation
Flight vibration data of Astrobee 1500 rocket vehicle
Measuring aerodynamic derivatives in wind tunnels and in-flight and determining aerodynamic coefficients of aircraft by frequency response
Astrobee 1500 flight test
This volume of the NASA Planetary Flight Handbook contains trajectory data to aid the mission analyst in the planning of stopover missions to Mars that employ the Venus swingby mode. Compared to other mission modes, the Venus swingbys yield substantial reductions in propulsive velocity and Earth entry speed requirements when employed as part of a round trip stopover mission. Conversely, the swingbys are at best, of marginal utility for one-way missions. Consequently, this Handbook has been tailored expressly for use in the planning of round trip missions. The relevant charts, graphs, and tabular data are presented for the totality of such missions, i.e., in terms of total round trip mission duration and stopover time at Mars. Recognizing, however, that within the context of round trip missions the single-leg data can be of importance in certain phases of the mission analyses, all such data has been preserved on a master magnetic tape. Copies of this tape will be made available to interested organizations.
Potential flight management problems during low visibility landing of supersonic transports
Simulation objectives and requirements for flight management problems during low visibility approach and landing of supersonic transports
Manned space flight safety through mission trajectory design, considering hardware, software and operational constraints
Manned space flight capabilities for lunar and planetary explorations and earth orbiting stations
Planetary flight handbook - direct trajectories to Jupiter, Saturn, Uranus, and Neptune
Flight performance of high resolution spectrometer in Aerobee rocket vehicle