Aerodynamic stability characteristics of the Apollo command module
Wind tunnel test data on static and dynamic stability of Apollo command module configuration
Graham, R. 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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On the decrease of the radar cross section of the Apollo command module due to reentry plasma effects
Apollo command module radar cross section decrease due to reentry plasma effects
Marini, J. W.↗
Effects of several ramp-fairing, umbilical, and pad configurations on aerodynamic heating to Apollo command module at Mach 8
Variable density hypervelocity wind tunnel tests on effects of several ramp-fairing, umbilical, and pad configurations on aerodynamic heating to Apollo command module
Hunt, J. L.↗
Spectral studies of signals present in the command and communications system up-link transmitter
Spectral studies of signals present in command and communications system uplink transmitter of Saturn 5 radio frequency tracking and ranging systems
Walsh, J. R., Jr.↗
Communication and data system for the Apollo command module
Apollo command module communication and data system design, discussing environmental and reliability requirements
Wulfsberg, A. H.↗
Apollo rendezvous with command module active.
Manned hybrid simulation to evaluate lunar module maneuvers for rendezvous with command and service module
Simpson, R. W.↗
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.↗
Trim attitude, lift and drag of the Apollo command module with offset center-of-gravity positions at Mach numbers to 29
Free flight test model measurement of drag, lift, and trim in wind tunnel for Apollo command module
De Rose, C. E.↗
Apollo command and service module stabilization and control system design survey
Summarized design survey of Apollo command and service module stabilization and control system
Source record↗
Wind-tunnel investigation of the aerodynamic pressures on the Apollo command module configuration
Wind tunnel study of aerodynamic pressures on Apollo command module configuration
Moseley, W. C., Jr.↗
Assembly of computers to command and control a robot.
Robot command and control by computer assembly, describing engineering analog of vertebrate nervous system
Kilmer, W. L.↗
The S-band Telemetry, Tracking, and Command Experiment.
Real time telemetry, tracking and command links by synchronous satellite relay, describing ATS-Nimbus E S-band experiment
Heffernan, P. J.↗
A model of the vertebrate central command system.
S-RETIC vertebrate command model, discussing computer simulation of reticular formation Golgi anatomy capable of habituation, conditioning, extinction, generalization and error discrimination
Blum, J.↗
Apollo command module mockup flammability tests
Apollo command module mockup flammability tests using three different atmospheres
Bricker, R. W.↗
Forces due to a Command Service Module reaction control motor plume impinging on the Saturn 5 cluster arrangement Dry workshop version
Impingement loadings on Saturn 5 workshop cluster arrangement due to command service module reaction control motor
Penny, M. M.↗
Spacecraft telecommunications systems - A digital command system development
All digital, single channel command subsystem for spacecraft communication
Tegnelia, C. R.↗
Evaluation of the crew - Command module postlanding interface
Evaluation of postlanding interface between crew and command module
Clancey, H. J.↗