Selection of manned missions to Mars and Venus through an analysis of program effectiveness.
Mission requirements for manned flyby, orbiter and lander missions to Mars and Venus
PLANETARY EXPLORATION↗
SEARCH · Engineering Papers
Results for “Flyby”
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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An evolutionary program for manned interplanetary exploration.
Evolutionary manned interplanetary exploration program with modular elements used for flyby, orbital capture and Mars landing, noting influence of Apollo program
PLANETARY EXPLORATION↗
Goals of the Voyager program.
Voyager program of unmanned scientific exploration of planets, discussing Flyby, Orbiter, Capsule and Lander missions
UNMANNED SPACECRAFT↗
The problems of preparing for new spacecraft programs.
Future spacecraft projects, emphasizing roles of space scientist and industrial manager as illustrated by using Jupiter flyby mission spacecraft design
INTERPLANETARY SPACECRAFT↗
Trajectory analysis of a 1970 mission to Mercury via a close encounter with Venus.
Unmanned spacecraft trajectory and guidance considerations for close flyby of planet Mercury
SPACECRAFT GUIDANCE↗
Limitations in designing life detection experiments.
Extraterrestrial life detection on Mars and limitations on terrestrial observations and flyby and landing missions
MARS /PLANET/↗
Major system design problems for deep space probes.
Unmanned spacecraft systems design for deep space probes, examining flyby and orbiter missions, attitude stabilization, etc
UNMANNED SPACECRAFT↗
An evolutionary program for manned interplanetary exploration.
Evolutionary manned interplanetary exploration program with modular elements used for flyby, orbital capture and Mars landing, noting influence of Apollo program
MARS /PLANET/↗
The role of manned orbiting laboratories in the exploration of the planets.
Manned orbiting laboratories for exploring planets by remote sensing and planetary encounter missions compared to landing and flyby
OAO↗
Major system design problems for deep space probes.
Unmanned spacecraft systems design for deep space probes, examining flyby and orbiter missions, attitude stabilization, etc
SPACE PROBE↗
Guidance requirements for an unmanned landing on Mars.
Mars landing guidance requirements for unmanned lander after separation from interplanetary flyby space vehicle
SPACECRAFT GUIDANCE↗
Mission oriented advanced nuclear system parameters study. Volume 3 - Parametric mission performance data Final report
Parametric mission performance data for mission orientated advanced nuclear system parameters study generated by computer simulation of flyby, stopover, and swingby space missions
Chovit, A. R.↗
Characteristics of planetary fly-by trajectories
Planetary flyby and associated free fall transfer trajectories
Behuncik, J. A.↗
A FORTRAN program for computation of mass in earth orbit required for interplanetary missions
FORTRAN computer program for computing mass in earth orbit for round trip-stopover missions, flyby missions, and orbital missions with single-stage high-thrust system for each phase
Mascy, A. C.↗
Silicon solar cells for near-sun missions
Silicon solar cell concept for Pioneer spacecraft solar flyby missions
Briggs, D. C.↗
Deep space communication and navigation study. Volume 3 - System considerations Final report
Systems analysis and performance of deep space communication equipment, and tracking and navigation studies on Earth-Mars flyby mission
Source record↗
Milestone report of a study of space mission duration extension problems, volume 1
Mission requirements, maintenance and repair constraints, and crew capabilites for 690-day planetary flyby mission
Carpenter, R. B., Jr.↗
Milestone Report of a Study of Space Mission Duration Extension Problems, Volume 2
Functional analyses of spacecraft subsystems of manned Mars flyby mission of 690-day duration
Carpenter, R. B., Jr.↗