Jovian planet missions for solar cell powered electric propulsion spacecraft
Multiple mission capability analysis for solar electric spacecraft interplanetary flights
Zola, C. L.↗
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Results for “INTERPLANETARY SPACECRAFT”
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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Planetary-interplanetary program
Mariner 4, Mariner Venus 67, and Mariner Mars interplanetary spacecraft
Source record↗
Navigation and guidance systems performance for three typical manned interplanetary missions
Venus flyby, Mars flyby, and Mars orbital mission to evaluate navigation and guidance systems for manned interplanetary spacecraft
Lowes, F. B.↗
Study of trajectories and upper stage propulsion requirements for exploration of the solar system. Volume 1 - Summary Final report
Computer programs for solving trajectory and system optimization problems of electrically propelled interplanetary spacecraft for solar system exploration
Ragsac, R. V.↗
Study of trajectories and upper stage propulsion requirements for exploration of the solar system. Volume 2 - Technical report Final report, Aug. 1966 - Sep. 1967
Optimizing propulsion systems and trajectories of interplanetary spacecraft - numerical analyses and computer programs
Ragsac, R. V.↗
Large area solar array, phase 2 Final report
Design and fabrication of large area solar cell array capable of producing 50 kW of power for interplanetary spacecraft flights
Apperson, J. L.↗
Dual Mode Hydrazine Propulsion System
Dual mode hydrazine propulsion system for attitude control and maneuvering of interplanetary spacecraft
Butcher, W. W.↗
Meteoroid hazards in deep space Final report
Design and development of Sisyphus meteoroid detection system for interplanetary spacecraft
Chaess, H.↗
A multiple-impulse orbital departure technique for manned interplanetary missions.
Multiple impulse orbital departure window for manned interplanetary spacecraft, discussing launch delay, space assembly, refueling and checkout, etc
Wilson, S. W., Jr.↗
The general problem of data return from deep space.
Deep space data return, discussing system function, design, operational interfaces and interplanetary spacecraft data compression methods
Hall, J. R.↗
Summary of mission characteristics, guidance and control system operational sequences, and performance requirements
Mission characteristics and guidance system performance for earth orbit and interplanetary spacecraft
Source record↗
Transpirationally cooled heat ablation system Patent
Transpirationally cooled heat ablation system for interplanetary spacecraft reentry shielding
Downs, W. R.↗
A pseudostate theory for the approximation of three-body trajectories
Closed form approximate solution for restricted three body motion of lunar or interplanetary spacecraft, demonstrating accuracy and flexibility in lunar mission trajectory calculations
Wilson, S. W., Jr.↗
Guidance and navigation for solar electric interplanetary missions
Algorithm for trajectory analysis in closed loop terminal guidance of solar electrically thrusted interplanetary spacecraft
Jordan, J. F.↗
Electronic packaging and cabling
Testing electrical, mechanical, and handling properties and environmental characteristics of small gage electrical wire for interplanetary spacecraft
Source record↗
High cycle life sealed silver oxide-zinc cell development Final report, 14 Feb. 1969 - 20 Jun. 1970
Developing sealed silver-zinc cell for power supply on interplanetary spacecraft
Farris, C. D.↗
Chebychev trajectory optimization program /CHEBYTOP 2/ Final report
Computer program for electric propelled spacecraft interplanetary, flyby, and rendezvous trajectory optimization based on Chebyshev approximation and polynomial representations
Hahn, D. W.↗
Use of orbit-to-orbit shuttles as earth capture systems for round-trip planetary missions
Orbit-to-orbit shuttles as earth capture systems for round trip planetary missions, using hyperbolic rendezvous technique with returning interplanetary spacecraft
Brooks, D. R.↗