SpaceElevatorGlossary: Difference between revisions
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'''Anchoring Body:''' The primary (largest mass) planet, moon or planetoid to which the SE is anchored. | '''Anchoring Body:''' The primary (largest mass) planet, moon or planetoid to which the SE is anchored. | ||
'''Ascend or Up / Descend or | '''Ascend or Up / Descend or Down:''' To move towards synchronous orbit, or away from it, respectively. Distinct from "In" and "Out", which refer to the anchoring body. | ||
'''Cable:''' General historic term discussing the physical line connecting Earth and counterweight on a space elevator. In the current design the cable is referred to as a ribbon due to its dimensions. | '''Cable:''' General historic term discussing the physical line connecting Earth and counterweight on a space elevator. In the current design the cable is referred to as a ribbon due to its dimensions. | ||
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'''Climber:''' The vehicle that ascends the ribbon or cable on a space elevator | '''Climber:''' The vehicle that ascends the ribbon or cable on a space elevator | ||
'''Counterweight:''' | '''Counterweight:''' A mass attached to the SE at or beyond synchronous orbit so that it produce a tension force in the SE structure. | ||
'''Dynamics:''' How the cable in a space elevator moves due to the forces acting on it. | '''Dynamics:''' How the cable in a space elevator moves due to the forces acting on it. | ||
'''GEO station:''' | '''GEO station:''' A facility in geosynchronous orbit around the Earth. | ||
'''Lifter:''' obsolete-see climber | '''Lifter:''' obsolete-see climber | ||
'''Orbital Debris:''' | '''Orbital Debris:''' Collection of fragments, both natural and unnatural, in orbit around the anchoring body. Usually considered for the hazard they may represent to synchronous structures due to their generally high relative velocities. | ||
'''Oscillations:''' | '''Oscillations:''' | ||
'''Out / In:''' Out is the direction away from the | '''Out / In:''' Out is the direction away from the anchor body. In is towards it. These are independent of synchronous orbit, which is the destination for "up" and "down". | ||
'''Power beaming:''' | '''Power beaming:''' | ||
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'''Rollers:''' Part of a climber that contacts the Ribbon | '''Rollers:''' Part of a climber that contacts the Ribbon | ||
'''Taper:''' SEs may well be tapered, either to minimize ribbon mass or to allow growth. A "Normal" taper is one where the ribbon has less linear mass density (is "thinner") near the anchoring body | '''Taper:''' SEs may well be tapered, either to minimize ribbon mass or to allow growth. A "Normal" taper is one where the ribbon has less linear mass density (is "thinner") near the anchoring body. A "Reverse" taper is one where the ribbon is "thicker" near the anchoring body. | ||
'''Taper ratio:''' | '''Taper ratio:''' | ||
Revision as of 23:09, 4 August 2008
Glossary of Space Elevator Related Terms
Anchoring Body: The primary (largest mass) planet, moon or planetoid to which the SE is anchored.
Ascend or Up / Descend or Down: To move towards synchronous orbit, or away from it, respectively. Distinct from "In" and "Out", which refer to the anchoring body.
Cable: General historic term discussing the physical line connecting Earth and counterweight on a space elevator. In the current design the cable is referred to as a ribbon due to its dimensions.
Carbon nanotubes:
Climber: The vehicle that ascends the ribbon or cable on a space elevator
Counterweight: A mass attached to the SE at or beyond synchronous orbit so that it produce a tension force in the SE structure.
Dynamics: How the cable in a space elevator moves due to the forces acting on it.
GEO station: A facility in geosynchronous orbit around the Earth.
Lifter: obsolete-see climber
Orbital Debris: Collection of fragments, both natural and unnatural, in orbit around the anchoring body. Usually considered for the hazard they may represent to synchronous structures due to their generally high relative velocities.
Oscillations: Out / In: Out is the direction away from the anchor body. In is towards it. These are independent of synchronous orbit, which is the destination for "up" and "down".
Power beaming:
Space Bridge: Synonym for Space Elevator.
SE: Abbreviation for Space Elevator
Ribbon: The main structural element of an SE. May be flat, round or of varying shape in fact, but a curved ribbon is expected.
Rollers: Part of a climber that contacts the Ribbon
Taper: SEs may well be tapered, either to minimize ribbon mass or to allow growth. A "Normal" taper is one where the ribbon has less linear mass density (is "thinner") near the anchoring body. A "Reverse" taper is one where the ribbon is "thicker" near the anchoring body.
Taper ratio:
Treads:
Vertical Railroad:
