The specific electrical discharge problems that can directly affect the shuttle vehicle and its payloads are addressed. General design guidelines are provided to assist flight hardware managers in minimizing these kinds of problems. Specific data are included on workmanship practices and system testing while in low pressure environments. Certain electrical discharge problems that may be unique to the design of the shuttle vehicle itself and to its various mission operational models are discussed
Design criteria for integrating electric propulsion system into SERT 2 spacecraft and future spacecr...
The multihundred kilowatt electrical power aspects of a mannable space platform in low Earth orbit i...
The lightning environment for design is defined and imposes the requirements that the design must sa...
The design techniques, circuit components, fabrication techniques, and past experience used in succe...
Spacecraft are complex systems operating in challenging environments that require customized testing...
Developing suitable solid state power controllers for space vehicles electrical power system
Increased demands for more reliable circuit protection and power control in manned space craft elect...
The objective of this program is to address safety and reliability issues of complete wiring systems...
The environmental and design constraints are reviewed along with some insight into the established d...
Physical and applied aspects of the electrification of space vehicles and natural celestial objects ...
Shuttle charging is discussed and two analyses of shuttle charging are performed. The first predicts...
Part of an AFGL payload flown on the STS-4 mission consisted of experiments to measure in-situ elect...
The engineering design for the Shuttle Missions Simulator is presented in sections, with each sectio...
This handbook has been written for the purpose of acquainting those involved with batteries with the...
A technical analysis of a portion of the advanced missions safety study is presented. The potential ...
Design criteria for integrating electric propulsion system into SERT 2 spacecraft and future spacecr...
The multihundred kilowatt electrical power aspects of a mannable space platform in low Earth orbit i...
The lightning environment for design is defined and imposes the requirements that the design must sa...
The design techniques, circuit components, fabrication techniques, and past experience used in succe...
Spacecraft are complex systems operating in challenging environments that require customized testing...
Developing suitable solid state power controllers for space vehicles electrical power system
Increased demands for more reliable circuit protection and power control in manned space craft elect...
The objective of this program is to address safety and reliability issues of complete wiring systems...
The environmental and design constraints are reviewed along with some insight into the established d...
Physical and applied aspects of the electrification of space vehicles and natural celestial objects ...
Shuttle charging is discussed and two analyses of shuttle charging are performed. The first predicts...
Part of an AFGL payload flown on the STS-4 mission consisted of experiments to measure in-situ elect...
The engineering design for the Shuttle Missions Simulator is presented in sections, with each sectio...
This handbook has been written for the purpose of acquainting those involved with batteries with the...
A technical analysis of a portion of the advanced missions safety study is presented. The potential ...
Design criteria for integrating electric propulsion system into SERT 2 spacecraft and future spacecr...
The multihundred kilowatt electrical power aspects of a mannable space platform in low Earth orbit i...
The lightning environment for design is defined and imposes the requirements that the design must sa...