Potential applications of the system are categorized into four areas: geological applications, atmospheric applications, electrodynamics and plasma studies, and technology applications. The multiple-use tethered system with feedback control, will be capable of supporting a payload or satellite suspended from the Shuttle cargo bay, at distances up to 100 kilometers from the Shuttle. Experiments proposed include: geomagnetic mapping, lower atmospheric measurements, ionospheric interactions with large space structures, solar wind transport, and magnetohydrodynamic measurements
Abstract - The groundwork has been laid for tether applications in space. NASA has developed tether ...
The chairman of the Technology Applications in Space Working Group summarizes the technology issues ...
Electrodynamic tethers hold promise for a variety of space applications. Electrodynamic tethers depe...
The tethered satellite system is described including tether fundamentals. Applications of very long ...
A reusable system is to be developed to enable a variety of scientific investigations to be accompli...
The history of the tethered satellite system is outlined. Future uses of the system in geophysics, p...
Project overview; tether deployment; satellite system description; tether fundamentals; science appl...
Topics discussed include tethered satellites, tether deployment, satellite systems, science applicat...
In the early 1990's US and Italian scientists collaborated to study the electrodynamics of dragging ...
The objectives were to identify potential applications for tethers in space; develop a first order a...
In the early 1990's US and Italian scientists collaborated to study the electrodynamics on a long te...
Well-organized and structured efforts of considerable magnitude involving NASA, industry, and academ...
The evolution of the ideas of tether applications in space are traced from its origin in the last ce...
The application of tether technology has the potential to increase the overall performance efficienc...
A wide variety of space station applications for tethers were reviewed. Many will affect the operati...
Abstract - The groundwork has been laid for tether applications in space. NASA has developed tether ...
The chairman of the Technology Applications in Space Working Group summarizes the technology issues ...
Electrodynamic tethers hold promise for a variety of space applications. Electrodynamic tethers depe...
The tethered satellite system is described including tether fundamentals. Applications of very long ...
A reusable system is to be developed to enable a variety of scientific investigations to be accompli...
The history of the tethered satellite system is outlined. Future uses of the system in geophysics, p...
Project overview; tether deployment; satellite system description; tether fundamentals; science appl...
Topics discussed include tethered satellites, tether deployment, satellite systems, science applicat...
In the early 1990's US and Italian scientists collaborated to study the electrodynamics of dragging ...
The objectives were to identify potential applications for tethers in space; develop a first order a...
In the early 1990's US and Italian scientists collaborated to study the electrodynamics on a long te...
Well-organized and structured efforts of considerable magnitude involving NASA, industry, and academ...
The evolution of the ideas of tether applications in space are traced from its origin in the last ce...
The application of tether technology has the potential to increase the overall performance efficienc...
A wide variety of space station applications for tethers were reviewed. Many will affect the operati...
Abstract - The groundwork has been laid for tether applications in space. NASA has developed tether ...
The chairman of the Technology Applications in Space Working Group summarizes the technology issues ...
Electrodynamic tethers hold promise for a variety of space applications. Electrodynamic tethers depe...