A study is presented of the development of the Remote Manipulator System (RMS) configurations for jettison of the solar panels on the Solar Maximum Mission/Multimission Satellite. A valid RMS maneuver between jettison configurations was developed. Arm and longeron loads and effector excursions due to the solar panel jettison were determined to see if they were within acceptable limits. These loads and end effector excursions were analyzed under two RMS modes, servos active in position hold submode, and in the brakes on mode
Parametric models were constructed for Earth-based laser powered electric orbit transfer from low Ea...
The laser atmospheric wind sounder (LAWS) will provide a new space based capability for the direct m...
The system control and signal conditioning electronics of the NASA three laser airborne differential...
This report discusses the development and underlying mathematics of a rigid-body computer model of a...
Activity conducted in the following areas is highlighted: space sciences, space transportation syste...
Propulsion system requirements to support Low Earth Orbit (LEO) manned space station development and...
Small Applications Technology Satellite program for developing sensors, experiments, and spacecraft ...
Advanced studies are reviewed. Atmospheric sciences, magnetospheric physics, solar physics, gravitat...
The configuration and functions of the ITOS D and E system are described. The system will expand the...
Apollo 9 evasive maneuver after command service module/lunar module ejection from Saturn S-4B stage ...
Stability and control, telecommunication system, solar array design, propellant feed system, and inf...
Checkout and data management system requirements for space station and space base mission progra
Voyager spacecraft and operation support equipment design and program planning for flight test missi...
Preflight analysis of LUMINARY 1B DAP simulation and performance testing for Apollo Mission H
Deviations from the traditional spacecraft data systems were studied. A data system architecture was...
Parametric models were constructed for Earth-based laser powered electric orbit transfer from low Ea...
The laser atmospheric wind sounder (LAWS) will provide a new space based capability for the direct m...
The system control and signal conditioning electronics of the NASA three laser airborne differential...
This report discusses the development and underlying mathematics of a rigid-body computer model of a...
Activity conducted in the following areas is highlighted: space sciences, space transportation syste...
Propulsion system requirements to support Low Earth Orbit (LEO) manned space station development and...
Small Applications Technology Satellite program for developing sensors, experiments, and spacecraft ...
Advanced studies are reviewed. Atmospheric sciences, magnetospheric physics, solar physics, gravitat...
The configuration and functions of the ITOS D and E system are described. The system will expand the...
Apollo 9 evasive maneuver after command service module/lunar module ejection from Saturn S-4B stage ...
Stability and control, telecommunication system, solar array design, propellant feed system, and inf...
Checkout and data management system requirements for space station and space base mission progra
Voyager spacecraft and operation support equipment design and program planning for flight test missi...
Preflight analysis of LUMINARY 1B DAP simulation and performance testing for Apollo Mission H
Deviations from the traditional spacecraft data systems were studied. A data system architecture was...
Parametric models were constructed for Earth-based laser powered electric orbit transfer from low Ea...
The laser atmospheric wind sounder (LAWS) will provide a new space based capability for the direct m...
The system control and signal conditioning electronics of the NASA three laser airborne differential...