The main aspects of the attitude control system used on both the IMP-H and J spacecraft are presented. The mechanical configuration is described. Information on all the specific components comprising the flight system is provided. The acceptance and qualification testing of both individual components and the installed system are summarized. Functional information regarding the operation and performance in relation to the orbiting spacecraft and its mission is included. Related topics which are discussed are: (1) safety requirements, (2) servicing procedures, (3) anomalous behavior, and (4) pyrotechnic devices
Orbital maintenance concepts were investigated and the equipment for one-g demonstrations of axial a...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991.In...
The design of the Viking orbiter spacecraft is described. System configuration, telecommunications, ...
Results and description of qualification tests of attitude control system and yo-yo despin system in...
The work is reported in the determination of acceptable deployment sequences, simulation of EFM ante...
The concepts, design, development, testing, and flight results of the command and service module sta...
The operations summary for the IMP-H spacecraft is presented. The subjects discussed are: (1) missio...
The IMP J Summary Technical Report provides technical and administrative guidance for design, fabric...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
The schedule for the IMP project for the eighth, ninth, and tenth satellites of the series is presen...
A compendium of techniques and basic information useful to the preliminary performance analysis of p...
An unmanned test flight program required to evaluate the command module heat shield and the structur...
Analysis and design of space vehicle control systems - short period dynamics of attitude control dur...
Space vehicle attitude control systems - manned space station, satellite in elliptic orbit, and sola...
Design, development, fabrication, evaluation, and delivery of electrothermal, three axis, spacecraft...
Orbital maintenance concepts were investigated and the equipment for one-g demonstrations of axial a...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991.In...
The design of the Viking orbiter spacecraft is described. System configuration, telecommunications, ...
Results and description of qualification tests of attitude control system and yo-yo despin system in...
The work is reported in the determination of acceptable deployment sequences, simulation of EFM ante...
The concepts, design, development, testing, and flight results of the command and service module sta...
The operations summary for the IMP-H spacecraft is presented. The subjects discussed are: (1) missio...
The IMP J Summary Technical Report provides technical and administrative guidance for design, fabric...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
The schedule for the IMP project for the eighth, ninth, and tenth satellites of the series is presen...
A compendium of techniques and basic information useful to the preliminary performance analysis of p...
An unmanned test flight program required to evaluate the command module heat shield and the structur...
Analysis and design of space vehicle control systems - short period dynamics of attitude control dur...
Space vehicle attitude control systems - manned space station, satellite in elliptic orbit, and sola...
Design, development, fabrication, evaluation, and delivery of electrothermal, three axis, spacecraft...
Orbital maintenance concepts were investigated and the equipment for one-g demonstrations of axial a...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991.In...
The design of the Viking orbiter spacecraft is described. System configuration, telecommunications, ...