A neighboring optimum feedback control scheme based on estimated time-to-go with application to re-entry flight paths.
Neighboring optimum feedback control scheme based on estimated time-to-go applied to reentry flight paths
Bryson, A. E., Jr.↗
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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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Simulation of the Apollo Command Module aerodynamics at re-entry altitudes.
Apollo Command Module aerodynamics at reentry altitudes simulated by models in hypersonic flow
Boylan, D. E.↗
On magnetic field re-connection at tangential discontinuities in the solar wind.
Interplanetary magnetic field reconnection at tangential discontinuities, discussing coincidence with proton temperature maxima in solar wind during magnetic storm
Colburn, D. S.↗
A re-evaluation of the theory for the hydrostatic figure of the earth.
De Sitter hydrostatic theory of earth figure modified to make equations independent of external potential theory in calculating flattening
Khan, M. A.↗
The magneto-gasdynamics of re-entry phenomena.
MGD during reentry, reviewing shock standoff, electromagnetic drag, heat transfer, laboratory reentry simulation and on-board magnet in reentry vehicle
Cambel, A. B.↗
Reynolds and Mach number simulation of Apollo and Gemini re-entry and comparison with flight
Reynolds and Mach numbers simulation of Apollo and Gemini reentry compared with flight data
Griffith, B. J.↗
Analytical and experimental study of a separation system for two spinning bodies on an atmospheric re-entry trajectory
Separation system for two spinning bodies on atmospheric reentry trajectory
Watson, N. D.↗
Re-Entry F Turbulent Heat Experiment Familiarization Manual
Mission planning manual on reentry turbulent heating experiment and spacecraft
Richardson, E. W.↗
A laboratory study of microwave radiometric techniques for re-entry plasma measurements
Microwave radiometric techniques for reentry plasma measurements
Brown, W., III↗
Vaporization and decomposition kinetics of candidate re-entry blackout suppressants in low-pressure flames
Measurement of thermal accommodation coefficients between liquids and high temperature gases in low pressure reentry communications blackout intervals
Kurzius, S. C.↗
Ceramic heat shields for lifting re-entry vehicles.
Porous ceramic heat shields for lifting reentry vehicles, noting crack propagation resistance and load redistribution
Krusos, J. N.↗
Simulation of Venus atmospheric entry by earth re-entry.
Atmospheric gas composition effects on shock layer radiative heat transfer and heat shield response in Venus entry simulated by earth reentry
Spiegel, J. M.↗
Surface climatological information for twelve selected stations for re-entry vehicles
Surface climatological information for reentry ground stations
Crutcher, H. L.↗
Electrostatic plasma modulator for space vehicle re-entry communication Patent
Electrostatic modulator for communicating through plasma sheath formed around spacecraft during reentry
Seaton, S. L.↗
Heat-shield ablation at superorbital re-entry velocities
Ablation of heat shielding materials subjected to superorbital reentry conditions, noting dependence on heating rate to surface
Bartlett, E. P.↗
Magnetic-field re-connexion in a highly conducting incompressible fluid
Model for magnetic field-line reconnection in conducting incompressible fluid, determining maximum reconnection rate entirely by null point conditions
Sonnerup, B. U. OE.↗
Electron density reduction in re-entry plasma due to nitrogen atom removal
Electron density reduction in plasma surrounding reentry vehicle due to N atom removal by water droplets injection
Schexnayder, C. J.↗
Computation of ionization in re-entry flowfields
Electron concentration profiles in blunt nose vehicle shock layer during atmospheric near orbital entry at high altitudes, using finite rate chemistry
Evans, J. S.↗