Determining flight crew capability for a manned orbital research laboratory.
Flight crew capability determined for Manned Orbital Research Laboratory /MORL/
MANNED ORBITAL RESEARCH LABORATORY /MORL/↗
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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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Morl configuration, maintenance, and installation concepts.
Manned Orbital Research Laboratory /MORL/ CONFIGURATION, design, installation and maintenance
SPACECRAFT DESIGN↗
Space Power and the Progression of Manned Space Flight Requirements
Manned space mission requirements and application of space power technology to multipurpose space stations, noting operation of Pu-238 isotope/ Brayton cycle unit
BRAYTON CYCLE↗
Development and utilization of a space station mission simulation model.
Mathematical models simulating Manned Orbital Research Laboratory /MORL/
Brender, K. D.↗
Morl control system integration
Manned orbital research laboratory control system integration
CONTROL SYSTEM↗
Communication system for a manned orbital research laboratory.
Communication system with ground support equipment providing data from MORL noting transmitters, receivers, antennas, etc
SPACE COMMUNICATION↗
Manual Control for the MORL
Mission objectives and control system functions for Manned Orbital Research Laboratory
MANNED ORBITAL RESEARCH LABORATORY /MORL/↗
A System Study of a Manned Orbital Telescope
Manned orbital research laboratory designed to perform astronomical observations with Cassegrain type telescope
ASTRONOMICAL TELESCOPE↗
A system study of a manned orbital telescope - Synchronous orbit study
Synchronous orbit study of manned orbital telescope
MANNED ORBITAL RESEARCH LABORATORY /MORL/↗
Summary of results of engineering research program for manned earth-orbital missions
Summary of engineering research experiment program for manned orbital research laboratory and experiment design
MANNED ORBITAL RESEARCH LABORATORY /MORL/↗
Human engineering data and concepts for handling advanced nuclear systems in space Research and technology implications report
System and equipment descriptions of manned orbital research laboratory, and interplanetary and lunar ferry vehicles
INTERPLANETARY SPACECRAFT↗
The overall spectrum of astronomical research possibilities utilizing manned earth-orbital spacecraft.
Astronomical research possibilities, using manned Earth orbital spacecraft
SPACECRAFT INSTRUMENTATION↗
Experimental requirements and space station design specifications.
Manned Orbiting Research Laboratory design for experimental program requirements and mission flexibility
SPACE STATION↗
Preliminary design and vehicle integration of a Pu-238 radioisotope Brayton-cycle power system for MORL.
Plutonium-238 radioisotope Brayton cycle power system design and vehicle integration
BRAYTON CYCLE↗
Report on the development of the Manned Orbital Research Laboratory system utilization potential. Task area I - Analysis of space related objectives, book 1
Earth-orientated objectives for Manned Orbital Research Laboratory
EARTH↗
Space station mission simulation mathematical model Summary report
Space station mission simulation computerized mathematical model for analyzing and implementing MORL system or similar programs
MANNED ORBITAL RESEARCH LABORATORY /MORL/↗
Low-thrust propulsion for the MORL.
Advanced low thrust propulsion systems and propellants evaluation for stationkeeping and stability control of NASA Manned Orbital Research Laboratory
STABILITY AND CONTROL↗
System reliability analysis of the manned orbiting research laboratory.
MORL system reliability analysis, discussing Monte Carlo simulation, major parameters, constraints, program contingencies, etc
RELIABILITY↗