Add to ORKGThe chairman of the Technology Applications in Space Working Group summarizes the technology issues for each of the disciplines in Tethered Satellite Systems. The disciplines are Tether Materials and Configurations, Tether System Dynamic Simulation Capability, Tether System Instrumentation, TAS Program Related Science Instrumentation, Atmospheric/Aerothermodynamic tethered system research, and TAS Discipline Program Accomplishment. To enable these tether applications, design and development programs have been recommended and are presently underway relative to the demonstration of the hollow cathode concept which is an enabling electrodynamic tether mission technology
The Tethered Satellite System Space Shuttle missions, TSS-1 in 1993 and TSS-1R in 1996, were the hei...
The objectives were to identify potential applications for tethers in space; develop a first order a...
The electrodynamic tether consists of a satellite deployed to a distance of 20 km by an electrically...
The tethered satellite system is described including tether fundamentals. Applications of very long ...
The Tethered Satellite System (TSS) Space Shuttle missions, TSS-1 in 1993 and TSS-1R in 1996, were t...
Topics discussed include tethered satellites, tether deployment, satellite systems, science applicat...
The application of tether technology has the potential to increase the overall performance efficienc...
The history of the tethered satellite system is outlined. Future uses of the system in geophysics, p...
Electrodynamic tethers hold promise for a variety of space applications. Electrodynamic tethers depe...
Potential applications of the system are categorized into four areas: geological applications, atmos...
Well-organized and structured efforts of considerable magnitude involving NASA, industry, and academ...
The capabilities of tether systems in orbit are going to be demonstrated by the first planned flight...
The annual report covers the research conducted on the following topics related to the use of spaceb...
Abstract - The groundwork has been laid for tether applications in space. NASA has developed tether ...
The groundwork has been laid for tether applications in space. NASA has developed tether technology ...
The Tethered Satellite System Space Shuttle missions, TSS-1 in 1993 and TSS-1R in 1996, were the hei...
The objectives were to identify potential applications for tethers in space; develop a first order a...
The electrodynamic tether consists of a satellite deployed to a distance of 20 km by an electrically...
The tethered satellite system is described including tether fundamentals. Applications of very long ...
The Tethered Satellite System (TSS) Space Shuttle missions, TSS-1 in 1993 and TSS-1R in 1996, were t...
Topics discussed include tethered satellites, tether deployment, satellite systems, science applicat...
The application of tether technology has the potential to increase the overall performance efficienc...
The history of the tethered satellite system is outlined. Future uses of the system in geophysics, p...
Electrodynamic tethers hold promise for a variety of space applications. Electrodynamic tethers depe...
Potential applications of the system are categorized into four areas: geological applications, atmos...
Well-organized and structured efforts of considerable magnitude involving NASA, industry, and academ...
The capabilities of tether systems in orbit are going to be demonstrated by the first planned flight...
The annual report covers the research conducted on the following topics related to the use of spaceb...
Abstract - The groundwork has been laid for tether applications in space. NASA has developed tether ...
The groundwork has been laid for tether applications in space. NASA has developed tether technology ...
The Tethered Satellite System Space Shuttle missions, TSS-1 in 1993 and TSS-1R in 1996, were the hei...
The objectives were to identify potential applications for tethers in space; develop a first order a...
The electrodynamic tether consists of a satellite deployed to a distance of 20 km by an electrically...