Emc control effort on the ace-s/c system /apollo program/
Electromagnetic interference control effort for ground support system which automatically checks systems in command service and LEM for Apollo program
INTERFERENCE↗
SEARCH · Engineering Papers
Results for “LUNAR EXCURSION MODULE /LEM/”
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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Apollo lunar excursion module - design integration.
Structural and systems design of Apollo lunar excursion module in terms of operational requirements
APOLLO PROJECT↗
The apollo spacecraft.
Structural features of Apollo spacecraft, its subsystems, configurations and functions
LUNAR EXCURSION MODULE /LEM/↗
Apollo command module and lem guidance and navigation systems.
Guidance and navigation equipment used by both Apollo service module and lunar excursion module
LUNAR EXCURSION MODULE /LEM/↗
Technical development status of the project apollo lunar excursion module.
Technical development status of project Apollo lunar excursion module
APOLLO PROJECT↗
Some considerations of the lunar excursion.
Earth and lunar trajectory and landing site requirements for lunar excursion system
SPACECRAFT TRAJECTORY↗
Lem docking in lunar orbit.
LEM docking with command module in lunar orbit, noting need for visual aids for alignment information
LUNAR ORBITAL RENDEZVOUS /LOR/↗
Design of solid-state radar transmitter units for the lunar excursion module.
Solid state radar transmitter design for lunar missions noting velocity sensor and altimeter functions, packaging details, thermal problems, etc
SOLID STATE DEVICE↗
Surveyor Lunar Roving Vehicle, phase I. Volume V - System evaluation Final technical report
Surveyor Lunar Roving Vehicle /SLRV/ mission in support of Apollo LEM program
MISSION PLANNING↗
Voyager spacecraft system. Volume C - Alternate designs considered for spacecraft propulsion systems Final technical report, task B
Solid-liquid systems sized for 1971 and 1973 missions and 1975 and 1977 missions, Apollo lunar excursion module descent propulsion system, and Titan III-C transtage
LIQUID PROPELLANT↗
Guidance computer design
Some 22 years have elapsed since the first digital computer was completed. For the past several years, digital guidance computers have flown in airplanes, missiles, and rockets. Some of these vehicles are scarcely bigger than an early computer, whose performance is surpassed by the guidance computers they carry.
APOLLO SPACECRAFT↗
Contributions of MSC personnel to the Manned Lunar Exploration Symposium
Apollo mission and spacecraft, astronaut clothing and training, and experiments necessary for manned lunar exploration - conference.
ASTRONAUT TRAINING↗
Spacecraft description
Command, service, and excursion modules of lunar exploration spacecraft, and communication links with earth stations
SERVICE MODULE↗
Solar reflecting beacon Final report, 16 Jun. 1965 - 16 Apr. 1966
Systems design study for earth visible and astronaut visible lunar solar reflecting beacons to aid in descent and landing of lunar excursion module and other lunar landing vehicles
LUNAR EXCURSION MODULE /LEM/↗
Apollo LEM adapter structural analysis Final report, Jan. 1965 - Apr. 1966
Stress and deformation analysis for Apollo lunar excursion module adapter under mechanical and thermal loading
DEFORMATION↗
Lunar excursion module mission and related guidance and control functions.
Navigation, guidance and control systems to meet basic trajectory and crew safety requirements of LEM
LUNAR EXCURSION MODULE /LEM/↗
A study of navigation measurement schedules for lunar excursion module rendezvous.
Measurement schedules effect on work load of astronaut performing navigation function, stressing tradeoff between number of measurements and accuracy level
ASTRONAUT PERFORMANCE↗