TIS2016: THE FIFTH INTERNATIONAL CONFERENCE ON TETHERS IN SPACE

This page contains an index consisting of author-provided keywords.

A
Active avoidance	Collision Risks to and from Space Tethers
Active Debris removal	Mission Overview of an Electrodynamic Tether Experiment on the H-II Transfer Vehicle (Invited) Electrodynamic Tether Propulsion Technology for Active Debris Removal
anchoring	ARACMO: Tethered Mobility for Planetary Exploration
Ariane	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
artificial gravity	Rationale and Design for a Manned Partial-Gravity Research Facility
asteroid sampling	REVIEW: Analysis of Momentum Exchange Tethers for NEA Capture, Debris Removal, and Translunar Injection
B
Balloon	Study of tether- and wing-based balloon guidance system for extra-terrestrial exploration
barrier lyapunov function	A New Control Law Based on Barrier Lyapunov Function for Deployment of Space Tether System
biological research	Rationale and Design for a Manned Partial-Gravity Research Facility
C
Cable deployment	Study about the Simultaneous Deployment Performance of the Cables from GEO Station at the Space Elevator Construction
Charge emission	Electrically Isolated System Response to Hollow Cathode Based Charge Emission
climber	Experimental Study of a Prototype Climber for the Partial Space Elevator
Collision	Collision Risks to and from Space Tethers
control	Modeling of Active Tether Systems for Planetary Exploration
control modeling	Sensitivity Analysis of Deployment Dynamics Parameters for the Electric Sail
Coulomb drag	Using charged tether Coulomb drag: E-sail and plasma brake (Invited)
Coulomb drag propulsion	ESTCube-1 lessons learned from the first Coulomb drag in-orbit experiment
crew countermeasures	Rationale and Design for a Manned Partial-Gravity Research Facility
CubeSat	Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
Current collection	Electrically Isolated System Response to Hollow Cathode Based Charge Emission
D
de-orbit	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
De-orbit technologies	Comparison of technologies for de-orbiting spacecraft from Low-Earth-Orbit at end of mission
de-spin	REVIEW: Analysis of Momentum Exchange Tethers for NEA Capture, Debris Removal, and Translunar Injection
debris	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
Debris mitigation	Study of Dynamical Stability of Tethered Systems during Space Tug Maneuvers
deorbit	REVIEW: Analysis of Electrodynamic Tethers for Orbit Maneuvering, Deorbit, and Power Generation (Invited)
Deployment	Sensitivity Analysis of Deployment Dynamics Parameters for the Electric Sail Electrodynamic Tether Propulsion Technology for Active Debris Removal
Discretized Orbital Motion Limited Theory	Multiphysics Finite Element Analysis for Current Profile and Libration of Bare Electrodynamic Tether Systems
Displaced orbits	Refined Analysis of Electric Sail-Based Displaced Orbits
Distributed Control	Distributed Control Law for Nonovershooting Deployment of Tethered Satellites System
dumbbell	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
Dynamics	Modeling of Active Tether Systems for Planetary Exploration Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
Dynamics and Control	Effect of Electromagnetic Force on The Deployment of Electrodynamic Tether System
dynamics modeling	Sensitivity Analysis of Deployment Dynamics Parameters for the Electric Sail
E
eccentricity	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
EDT	Electrodynamic Tether Propulsion Technology for Active Debris Removal
electric sail	Using charged tether Coulomb drag: E-sail and plasma brake (Invited) Sensitivity Analysis of Deployment Dynamics Parameters for the Electric Sail
Electric solar wind sail	Refined Analysis of Electric Sail-Based Displaced Orbits ESTCube-1 lessons learned from the first Coulomb drag in-orbit experiment
Electrical isolation	Electrically Isolated System Response to Hollow Cathode Based Charge Emission
electrodynamic	Plasma Contacting Methods for Small-scale Electrodynamic Tether Systems Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
Electrodynamic Propulsion	REVIEW: The PROPEL Electrodynamic Tether Demonstration Mission
electrodynamic tether	Effect of Electromagnetic Force on The Deployment of Electrodynamic Tether System LESSONS LEARNED: Development of the PROSEDS Electrodynamic Tether Mission Examination of Deployment Performance of Super-Tether in Inverse-Origami Method (Invited) Multiphysics Finite Element Analysis for Current Profile and Libration of Bare Electrodynamic Tether Systems MAGNETOUR: Surfing Planetary Systems on Electromagnetic and Multi-Body Gravity Fields Mission Overview of an Electrodynamic Tether Experiment on the H-II Transfer Vehicle (Invited) REVIEW: Analysis of Electrodynamic Tethers for Orbit Maneuvering, Deorbit, and Power Generation (Invited) An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
electrodynamics	Unique Results and Lessons Learned from the TSS Missions
Electron Collection	Rethinking Use of the OML Model
ESTCube-1	ESTCube-1 lessons learned from the first Coulomb drag in-orbit experiment
Experimental	Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
Experimental validation	Experimental Validation for the Deployment Behaviour of Orbiting Tethers Using an Air-Bearing Turntable
F
feedback linearization	A New Control Law Based on Barrier Lyapunov Function for Deployment of Space Tether System
femtosatellite	REVIEW: Investigating the Potential of Miniature Electrodynamic Tethers to Provide Propulsion to Picosatellites and Femtosatellites
G
GTO	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
H
hollow cathode	Instant-Start Hollow Cathodes for Electrodynamic Tether Applications
Hollow cathode neutralization	Electrically Isolated System Response to Hollow Cathode Based Charge Emission
Hypervelocity impact	Collision Risks to and from Space Tethers
I
Inclined air-bearing turntable	Experimental Validation for the Deployment Behaviour of Orbiting Tethers Using an Air-Bearing Turntable
Input Limitation	Distributed Control Law for Nonovershooting Deployment of Tethered Satellites System
Instant start	Instant-Start Hollow Cathodes for Electrodynamic Tether Applications
Interferometry	On the unique capabilities of tethered space vehicles to advance our scientific understanding of the near-Earth space environment Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
interplanetary propulsion	Using charged tether Coulomb drag: E-sail and plasma brake (Invited)
Ion Emission	Particle Emission and Collection in the Presence of Biased Spacecraft
ionosphere	Unique Results and Lessons Learned from the TSS Missions
J
Jovian exploration	MAGNETOUR: Surfing Planetary Systems on Electromagnetic and Multi-Body Gravity Fields
L
Langmuir Probe	Current to Positive Probes in Magnetized Drifting Plasma Rethinking Use of the OML Model
Langmuir--Mott-Smith	Rethinking Use of the OML Model
Lessons learned	ESTCube-1 lessons learned from the first Coulomb drag in-orbit experiment
low Earth orbit	REVIEW: Investigating the Potential of Miniature Electrodynamic Tethers to Provide Propulsion to Picosatellites and Femtosatellites
M
Mars gravity	Rationale and Design for a Manned Partial-Gravity Research Facility
Mechanical system for tether	Past Results and Future Plans for Tether Technology Demonstration in STARS Project
Microdischarges	Electrically Isolated System Response to Hollow Cathode Based Charge Emission
Microsatellite	Space Experiments of Basic Technologies of Space Elevator by Using Microsatellites
Model Verification	Simulation of a Tethered Microgravity Robot Pair and Validation on a Planar Air Bearing
momentum exchange	REVIEW: Analysis of Momentum Exchange Tethers for NEA Capture, Debris Removal, and Translunar Injection
Moon gravity	Rationale and Design for a Manned Partial-Gravity Research Facility
Multi-moon tour	MAGNETOUR: Surfing Planetary Systems on Electromagnetic and Multi-Body Gravity Fields
Multi-physics modeling	Multiphysics Finite Element Analysis for Current Profile and Libration of Bare Electrodynamic Tether Systems
Multi-strand tethers	Collision Risks to and from Space Tethers
multifunctional materials	Modeling of Active Tether Systems for Planetary Exploration
Multipoint In Situ Measurements	On the unique capabilities of tethered space vehicles to advance our scientific understanding of the near-Earth space environment
N
Nonovershooting	Distributed Control Law for Nonovershooting Deployment of Tethered Satellites System
nonovershooting tether deployment	A New Control Law Based on Barrier Lyapunov Function for Deployment of Space Tether System
O
On-orbit demonstration	Mission Overview of an Electrodynamic Tether Experiment on the H-II Transfer Vehicle (Invited)
orbit transfer	REVIEW: Analysis of Momentum Exchange Tethers for NEA Capture, Debris Removal, and Translunar Injection
Orbital debris	Collision Risks to and from Space Tethers
orbital debris collection	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
Orbital debris cost	Collision Risks to and from Space Tethers
orbital debris recycling	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
orbital debris removal	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
orbital tug	REVIEW: Analysis of Electrodynamic Tethers for Orbit Maneuvering, Deorbit, and Power Generation (Invited)
P
partial gravity	Rationale and Design for a Manned Partial-Gravity Research Facility
partial gravity ecosystems	Rationale and Design for a Manned Partial-Gravity Research Facility
picosatellite	REVIEW: Investigating the Potential of Miniature Electrodynamic Tethers to Provide Propulsion to Picosatellites and Femtosatellites
Planetary exploration	ARACMO: Tethered Mobility for Planetary Exploration Study of tether- and wing-based balloon guidance system for extra-terrestrial exploration
planetary sampling	REVIEW: Analysis of Momentum Exchange Tethers for NEA Capture, Debris Removal, and Translunar Injection
plasma	Rethinking Use of the OML Model Unique Results and Lessons Learned from the TSS Missions
Plasma brake	ESTCube-1 lessons learned from the first Coulomb drag in-orbit experiment Using charged tether Coulomb drag: E-sail and plasma brake (Invited)
plasma contactor	Plasma Contacting Methods for Small-scale Electrodynamic Tether Systems Instant-Start Hollow Cathodes for Electrodynamic Tether Applications
Plasma Plume	Particle Emission and Collection in the Presence of Biased Spacecraft
positive probe	Current to Positive Probes in Magnetized Drifting Plasma
power generation	REVIEW: Analysis of Electrodynamic Tethers for Orbit Maneuvering, Deorbit, and Power Generation (Invited)
PROPEL	REVIEW: The PROPEL Electrodynamic Tether Demonstration Mission
Propellantless Propulsion	LESSONS LEARNED: Development of the PROSEDS Electrodynamic Tether Mission REVIEW: The PROPEL Electrodynamic Tether Demonstration Mission An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
Propellantless thrusters	Refined Analysis of Electric Sail-Based Displaced Orbits
ProSEDS	LESSONS LEARNED: Development of the PROSEDS Electrodynamic Tether Mission
Pulling systems	Study of Dynamical Stability of Tethered Systems during Space Tug Maneuvers
R
Reference Potential	On the unique capabilities of tethered space vehicles to advance our scientific understanding of the near-Earth space environment
reusable orbital stages	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
rovers	ARACMO: Tethered Mobility for Planetary Exploration
S
satellite deorbiting	Using charged tether Coulomb drag: E-sail and plasma brake (Invited)
satellite inspection	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
satellite servicing	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
Science with Space Tethers	On the unique capabilities of tethered space vehicles to advance our scientific understanding of the near-Earth space environment
secondary payload delivery	An Update on EDDE, the ElectroDynamic Delivery Express (Invited)
sheath	Rethinking Use of the OML Model
small scale	Plasma Contacting Methods for Small-scale Electrodynamic Tether Systems
solar wind	Using charged tether Coulomb drag: E-sail and plasma brake (Invited)
Space Debris	Comparison of technologies for de-orbiting spacecraft from Low-Earth-Orbit at end of mission
Space elevator	Experimental Study of a Prototype Climber for the Partial Space Elevator Space Experiments of Basic Technologies of Space Elevator by Using Microsatellites Study about the Simultaneous Deployment Performance of the Cables from GEO Station at the Space Elevator Construction
Space Systems	Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
Space Technology	Experimental Study of a Prototype Climber for the Partial Space Elevator
Space tether	Comparison of technologies for de-orbiting spacecraft from Low-Earth-Orbit at end of mission Space Experiments of Basic Technologies of Space Elevator by Using Microsatellites
space tether system	A New Control Law Based on Barrier Lyapunov Function for Deployment of Space Tether System
Space tether systems	Study of Dynamical Stability of Tethered Systems during Space Tug Maneuvers
Space Tethers Model	Simulation of a Tethered Microgravity Robot Pair and Validation on a Planar Air Bearing
Space tug	Study of Dynamical Stability of Tethered Systems during Space Tug Maneuvers
Space Tug Dynamics	Simulation of a Tethered Microgravity Robot Pair and Validation on a Planar Air Bearing
Spacecraft charging	Electrically Isolated System Response to Hollow Cathode Based Charge Emission Particle Emission and Collection in the Presence of Biased Spacecraft
SPHERES	Simulation of a Tethered Microgravity Robot Pair and Validation on a Planar Air Bearing
super tether	Examination of Deployment Performance of Super-Tether in Inverse-Origami Method (Invited)
sustainable living in space	Rationale and Design for a Manned Partial-Gravity Research Facility
Sylda	Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
T
tape tether	Examination of Deployment Performance of Super-Tether in Inverse-Origami Method (Invited)
Tape tethers	Collision Risks to and from Space Tethers
Tether	Current to Positive Probes in Magnetized Drifting Plasma Study of tether- and wing-based balloon guidance system for extra-terrestrial exploration Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques Deorbit with Bare Tether System from High Eccentricity Initial Orbit: Analyses and Numerical Simulations
Tether cut risk	Collision Risks to and from Space Tethers
Tether Deployment	Effect of Electromagnetic Force on The Deployment of Electrodynamic Tether System Examination of Deployment Performance of Super-Tether in Inverse-Origami Method (Invited) Experimental Validation for the Deployment Behaviour of Orbiting Tethers Using an Air-Bearing Turntable
Tether dynamics	Study about the Simultaneous Deployment Performance of the Cables from GEO Station at the Space Elevator Construction
Tether mission Design	Comparison of technologies for de-orbiting spacecraft from Low-Earth-Orbit at end of mission
Tether Systems	Tethered CubeSat Mission Investigating System Dynamics and Interferometric Techniques
tethered capture	Rationale and Design for a Manned Partial-Gravity Research Facility
tethered satellite	Experimental Study of a Prototype Climber for the Partial Space Elevator
Tethered Satellites	Distributed Control Law for Nonovershooting Deployment of Tethered Satellites System
Tethered space robot	Past Results and Future Plans for Tether Technology Demonstration in STARS Project
tethers	Unique Results and Lessons Learned from the TSS Missions
Trajectory-tracking	Distributed Control Law for Nonovershooting Deployment of Tethered Satellites System
TSS	Unique Results and Lessons Learned from the TSS Missions
U
University satellite	Past Results and Future Plans for Tether Technology Demonstration in STARS Project

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