Add to ORKGSuitability of support and test equipment from the UARS Spacecraft Solar Stellar Pointing Platform (SSPS) for the application to a space station pointing platform is addressed
Surveys of potential space station astrophysics payload requirements and existing point mount design...
The results of all the major program phases of the program are reported. All goals of the program, w...
The service propulsion system gimbal actuators of the Apollo command and service module were develop...
Development of the Precision Attitude Determination System (PADS) focused chiefly on the two-axis gi...
The development of the pointing gimbal in the high-gain antenna system (HGAS) of the Solar Dynamics ...
Instrument Pointing Subsystem requirements for Spacelab missions in solar physics, stellar astronomy...
Technology assessment is performed for pointing systems that accommodate payloads of large mass and ...
An analysis of the proposed Space Station Freedom Payload Pointing System (PPS) was performed to ass...
The performance capability of each of two precision attitude determination systems (PADS), one using...
The gimbal system is described that was designed to mount the thruster and to reposition the thrust ...
The Annular Suspension and Pointing System (ASPS) can provide high accurate fine pointing for a vari...
The inertial pointing stability of a gimbal pointing system (AGS) was compared with a magnetic point...
The goal of the experiment pointing subsystems (EPS) is to accommodate a broad spectrum of instrumen...
Work carried out to identify human performance requirements for remotely manned system is reported. ...
The performance capabilities and limitations of the instrument pointing system (IPS) are described. ...
Surveys of potential space station astrophysics payload requirements and existing point mount design...
The results of all the major program phases of the program are reported. All goals of the program, w...
The service propulsion system gimbal actuators of the Apollo command and service module were develop...
Development of the Precision Attitude Determination System (PADS) focused chiefly on the two-axis gi...
The development of the pointing gimbal in the high-gain antenna system (HGAS) of the Solar Dynamics ...
Instrument Pointing Subsystem requirements for Spacelab missions in solar physics, stellar astronomy...
Technology assessment is performed for pointing systems that accommodate payloads of large mass and ...
An analysis of the proposed Space Station Freedom Payload Pointing System (PPS) was performed to ass...
The performance capability of each of two precision attitude determination systems (PADS), one using...
The gimbal system is described that was designed to mount the thruster and to reposition the thrust ...
The Annular Suspension and Pointing System (ASPS) can provide high accurate fine pointing for a vari...
The inertial pointing stability of a gimbal pointing system (AGS) was compared with a magnetic point...
The goal of the experiment pointing subsystems (EPS) is to accommodate a broad spectrum of instrumen...
Work carried out to identify human performance requirements for remotely manned system is reported. ...
The performance capabilities and limitations of the instrument pointing system (IPS) are described. ...
Surveys of potential space station astrophysics payload requirements and existing point mount design...
The results of all the major program phases of the program are reported. All goals of the program, w...
The service propulsion system gimbal actuators of the Apollo command and service module were develop...