AFTER NOW, WHAT THEN IN SPACE QUES
Space sciences for interplanetary travel - space radiation, satellites and extraterrestrial life
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Results for “Interplanetary flight”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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LIFE SUPPORT FOR LONG-DURATION MISSIONS
Life-support systems for long-term interplanetary missions and shorter-term missions
INTERPLANETARY FLIGHT↗
Subsystems requirements for a mars mission module
Subsystems for mars mission module
INTERPLANETARY FLIGHT↗
Asteroid belt and jupiter flyby mission study final report
Asteroid belt and Jupiter flyby mission study
INTERPLANETARY FLIGHT↗
Mission oriented advanced nuclear system parameters study. volume i- summary techni- cal report final report, apr. 1963 - mar. 1965
Nuclear rocket engine for interplanetary missions to Mars and Venus - lunar transfer mission
NUCLEAR ROCKET↗
Manned mars trips using venus swingby modes.
Venus swingby used to decelerate manned spacecraft returning from Mars
PLANETARY GRAVITATION↗
Instruments for detecting life.
Spacecraft, missions and instrumentation for space probes and interplanetary exploration
INSTRUMENTATION↗
Orbital Launch Facility study. Volume III - OLF study research and technology implications report Final report
Research and technology implications for Orbiting Launch Facility for manned interplanetary and lunar ferry missions
FERRY SPACECRAFT↗
Analysis of an optimal celestial-inertial navigation concept for low-thrust interplanetary vehicles
Celestial-inertial navigation for interplanetary electrical propulsion vehicle
CELESTIAL NAVIGATION↗
A survey of multiple missions using gravity-assisted trajectories
Launch opportunities and advantages of gravity- assisted multiple missions to specific solar system targets
SOLAR SYSTEM↗
Proceedings on the Working Group on Extraterrestrial Resources - Fourth annual meeting
The Working Group on Extraterrestrial Resources is composed of people from the National Aeronautics and Space Administration (NASA), the U. S. Air Force, the U. S. Navy, Office of Engineers of the U. S. Army, U S. Geological Survey, the Department of Agriculture, and the Rand Corporation. It was organized for the following function: "To evaluate the feasibility and usefulness of the employment of extraterrestrial resources with the objective of reducing dependence of lunar and planetary exploration on terrestrial supplies; to advise cognizant agencies on requirements pertinent to these objectives, and to point out the implications affecting these goals. "
EXTRATERRESTRIAL ENVIRONMENT↗
The next 20 years of interplanetary exploration.
Manned Venus and Mars flybys and Mars landings using only Saturn-Apollo hardware
MARS SPACECRAFT↗
A stochastic optimal control problem and its applications.
Stochastic optimal control problem solution by dynamic programming and relation to interplanetary guidance
INTERPLANETARY FLIGHT↗
Manned Mars trips using Venus flyby modes.
Venus swingby used to decelerate manned spacecraft returning from Mars
EARTH-MARS RENDEZVOUS TRAJECTORY↗
Space Programs Summary no. 37-43, volume III for the period November 1 to December 31, 1966. The deep space network
Advanced communications techniques and control capability studies for Deep Space Network
INTERPLANETARY FLIGHT↗
Power system configuration study and reliability analysis Second quarterly progress report, 7 Oct. 1966 - 6 Jan. 1967
Photovoltaic power system design optimization and procedures for five interplanetary missions
SPACECRAFT POWER SUPPLY↗
Interplanetary navigation and guidance study. Volume II - Technical report, October 30, 1965
Navigation and guidance requirement analyses during midcourse and orbital phases of 1975 round-trip Mars mission
STATISTICAL ANALYSIS↗
Power system configuration study and reliability analysis Final report
Power system configurations and reliability for interplanetary missions to Mercury, Venus, Mars, and Jupiter
ELECTRIC POWER CONVERSION↗