Terrestrial environment /climatic/ criteria guidelines for use in space vehicle development, 1969 revision
Earth climatology and meteorological parameters for use in space vehicle development
Daniels, G. E.↗
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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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Aerodynamic and rocket-exhaust heating during launch and ascent NASA space vehicle design criteria /Structures/
Aerodynamic and rocket exhaust heating during launch and ascent
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Lunar surface models NASA space vehicle design criteria /Environment/
Engineering models of lunar topography including dielectric, optical, terrain, and crater models
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Liapunov stability criteria for randomly sampled systems
Liapunov analysis of asymptotic behavior in random sampling systems
Tobias, L.↗
Spacecraft gravitational torques - NASA space vehicle design criteria /guidance and control/
Gravitational torque effects and analysis for satellite design
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Lunar Orbiter program guidance and control system - Design survey. NASA/ERC design criteria program - Guidance and control
Design and tests of Lunar Orbiter guidance and control systems
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NASA space vehicle design criteria, guidance and control - Entry vehicle control
Stabilization and control systems for reentry vehicle
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Criteria for lunar site selection
Lunar landing site selection for comprehensive lunar exploration
Binder, A. B.↗
Gravity-sensitivity assessment criteria study - The life support system zero-g study Final report, Oct. 1968 - Jun. 1970
Life support system zero-g study
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S-4B-503N stage technical performance criteria document
Saturn S-4B mission objective cost estimates for incentive and penalty fees, payload capabilities, and telemetry performance
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The Control of Nonlinear Stochastic Control Systems Under Discounted Performance Criteria
Finite Markov chain control and numerical algorithm for optimal control
Harris, C. A.↗
Natural Environment Criteria for the NASA Space Station Program. Second Edition
Atmospheric models, astrodynamic constants, radiation, and magnetic fields for Earth, Moon, Mars, Venus, and interplanetary space
Weidner, D. K.↗
Orbiting Geophysical Observatory Attitude Control Subsystem Design Survey. NASA/ERC Design Criteria Program, Guidance and Control
This design survey summarizes the history of the Orbiting Geophysical Observatories' (OGO) Attitude Control Subsystem (ACS) from the proposal phase through current flight experience. Problems encountered in design, fabrication, test, and on orbit are discussed. It is hoped that the experiences of the OGO program related here will aid future designers.
Mc Kenna, K. J.↗
Saturation and equilibrium conditions for impact cratering on the lunar surface - Criteria and implications
Long term effects model evaluation of meteoritic impact against lunar surface compared with analyses of Lunar Orbiter photographs
Gault, D. E.↗
Computer control of non-linear systems with varying performance criteria
Computer control of nonlinear systems with varying performance specifications, using Popov stability and nonlinear programming
Tabak, D.↗
Criteria for passive propellant control schemes
Hydrostatic stability and damping characteristics of perforated plates and screens for passive propellant control schemes from drop tower tests
Barksdale, T. R.↗
Criteria for vibration testing
Systematic application of response spectral analysis and other analyses determine damping sensitivity of flight environment and candidate laboratory tests. Computerized comparison is made between response spectrum for flight environment, or enveloping spectra for collection of flight events, and response spectrum for candidate laboratory test.
Cronin, D. L.↗
Study to establish criteria for a solar cell array for use as a primary power source for a lunar-based water electrolysis system, phase 3 Final technical report, 15 Nov. 1969 - 15 Dec. 1970
Environmental testing of silicon cell spalling and experimental confirmation of mathematical model
Boretz, J. E.↗