Mariner Venus 67 guidance and control system
Subsystems of Mariner Venus 67 spacecraft guidance and control system
Pace, G.↗
SEARCH · Engineering Papers
Results for “System control”
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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On optimal control systems with adjustable delay time.
Necessary conditions for optimal control systems with adjustable delay time obtained from first order variation of performance index
Koivuniemi, A. J.↗
A control system study for an in-core thermionic reactor.
Control systems design for in-core thermionic reactor space power plants, using variable feedback analysis and analog simulation
Davis, J. P.↗
Design of model reference adaptive control systems by Liapunov's second method.
Model reference adaptive control system redesign by Liapunov second method for linear systems
Roy, R. J.↗
The Apollo Lunar Module Reaction Control System.
Apollo lunar module pressure-fed bipropellant reaction control system design requirements and system description
Grossman, R. L.↗
Current design technology of attitude control systems for large launch vehicles.
Design technology of attitude control systems for large launch vehicles
Blackstone, J. H.↗
Computation of regions of constrained stability for nonlinear control systems
Computation of regions of constrained stability for nonlinear control systems
Gelopulos, D. P.↗
Translational forces on the Mariner V spacecraft stemming from the attitude control system.
Translational forces on Mariner 5 stemming from attitude control system studied to determine trajectory for scientific and operational purposes
Bourke, R. D.↗
Translational forces on Mariner V from the attitude control system.
Translational forces on Mariner 5 stemming from attitude control system, determining trajectory for scientific and operational purposes
Bourke, R. D.↗
New model performance index for engineering design of control systems
Performance index includes a model representing linear control-system design specifications. Based on a geometric criterion for approximation of the model by the actual system, the index can be interpreted directly in terms of the desired system response model without actually having the model's time response.
Source record↗
Description and performance of the Saturn launch vehicle's navigation, guidance, and control system
Analysis of Saturn launch vehicle navigation, guidance, and control system
Haeussermann, W.↗
S-4B orbital workshop attitude control system study
Saturn S-4B orbital workshop attitude control system analysis
Bunyak, R. S.↗
The influence of terminal conditions on the structure of optimum-control systems
Terminal states and time specifications influence on optimum control systems, using Pontryagin principle for boundary value problems application
Latour, P. R.↗
Spacecraft experiment pointing and attitude control system Patent
Development of spacecraft experiment pointing and attitude control system
Kurzhals, P. R.↗
Magnetic attitude control system for HEAO Final report
Development of magnetic attitude control system for High Energy Astronomy Observatory satellite
Mobley, F. F.↗
Synchronous servo loop control system Patent
Design and development of synchronous servo loop control system
Stone, F. A.↗
IMP-1-D-4.5.5 - Description and summary of qualification testing of the IMP-1 attitude control system and Yo-Yo despin system
Results and description of qualification tests of attitude control system and yo-yo despin system in flight configuration as installed on IMP-1 spacecraft
Metzger, J. R.↗
Absolute stability analysis of attitude control systems for large boosters
Absolute stability analysis of attitude control systems for large launch vehicles
Seltzer, S. M.↗