Unmanned Spacecraft of the United States
Unmanned spacecraft - deep space probes and scientific and applications satellites
SPACE PROBE↗
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Results for “UNMANNED”
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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Applications of snap-50 class powerplants to selected unmanned electric propulsion missions
Snap-50 powerplants for unmanned spacecraft propulsion
UNMANNED SPACECRAFT↗
Guidance of unmanned lunar and interplanetary spacecraft
Earth-based guidance of unmanned lunar and interplanetary spacecraft
UNMANNED SPACECRAFT↗
Propellant expulsion in unmanned spacecraft.
Bladders, diaphragms and pistons used for earth- storable liquid rocket propellant expulsion in unmanned spacecraft
PROPULSION SYSTEM↗
Command system study for the operation and control of unmanned scientific satellites. task ii closed-loop /feedback/ verification techniques second quarterly progress report, 30 sep. - 31 dec. 1964
Closed loop, feedback verification techniques for command system of unmanned scientific satellite
FEEDBACK CONTROL SYSTEM↗
The utility of unmanned probes in lunar exploration
Utility of unmanned probes of Ranger or Surveyor class in Apollo exploration program - Lunar scientific exploration
LUNAR PROBE↗
Introductory remarks - rationale for unmanned lunar programs.
Unmanned lunar missions needed for obtaining environmental and technological data used in manned lunar landings
RECONNAISSANCE SPACECRAFT↗
The status of reliability assessment for unmanned satellites.
Reliability assessment techniques applied to Goddard Space Flight Center unmanned space systems and compared with actual flight results
SPACECRAFT RELIABILITY↗
Advanced propulsion systems for unmanned spacecraft.
Advanced propulsion systems for unmanned spacecraft making simple pressure-fed systems, using storable propellants, thrust chambers and flexible propellant barriers
UNMANNED SPACECRAFT↗
Upgrading unmanned spacecraft quality and reliability through environmental testing.
Reliability in unmanned spacecraft by environmental testing, specifically of Ariel I, Echo II and Relay I
UNMANNED SPACECRAFT↗
Study of Unmanned Systems to Evaluate the Martian Environment. Volume II - Experiments
Unmanned space mission to determine Martian environmental factors influencing design of systems for manned space mission to Mars - mission experiment requirements
UNMANNED SPACECRAFT↗
Study of Unmanned Systems to Evaluate the Martian Environment. Volume IV - Summary
Unmanned space mission to determine Martian environmental factors influencing design of systems for manned space mission to Mars - summary report
SPACE MISSION↗
Study of Unmanned Systems to Evaluate the Martian Environment. Volume I - Sensitivity Analysis
Unmanned space mission to determine Martian environmental factors influencing design of systems for manned space mission to Mars - mission sensitivity analysis
SPACE MISSION↗
Unmanned systems to evaluate the Martian environment Condensed summary report
Systems design for unmanned space mission to evaluate Mars environment
UNMANNED SPACECRAFT↗
Study of basic requirements for a navigation, guidance, and control system for an unmanned lunar landing vehicle Final summary report
Sensor requirements for spaceborne navigation, guidance, and control system for unmanned lunar landing vehicle
GUIDANCE SENSOR↗
Exploration of Interplanetary Space by Unmanned Vehicles
Scientific objectives of interplanetary space exploration by unmanned spacecraft
PLANETARY-INTERPLANETARY PROGRAM↗
The status of reliability assessment for unmanned satellites
Reliability assessment techniques for unmanned spacecraft
SPACECRAFT RELIABILITY↗
U.S. to Launch Most Advanced Unmanned Spacecraft
Characteristics of OAO-A1 unmanned spacecraft and Atlas-Agena launch vehicle
UNMANNED SPACECRAFT↗