space debris

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Q275450

defunct artificial object or collection of such objects in space. 

Wikimedia, Wikidata
artificial satellite, artificial satellite of the Earth, social issue, 
Space Junk - full mag.jpgSimulation of GEO environment mitigation measures ESA224234.jpg, Spacedebris small-ar.PNG, מספרי פסולת חלל מרץ 2016.png, LowEarthOrbit-Űrszemét-Nov2020.png, Dommage-subi-par-un-engin-spatial-suite-à-collision-avec-un-débris-spatial.png, Space debris types.PNG

artificial satellite of the Earth – PAM-D rocket body – 
Frameless
Couverture-du-réseau-de-surveillance-des-dérbris-spatiaux-des-Etats-UnisCouverture-du-réseau-de-surveillance-des-dérbris-spatiaux-des-Etats-Unis
Data Comprised from a computer, showing all of the debris orbiting our atmosphereData Comprised from a computer, showing all of the debris orbiting our atmosphere
Debris impacts in HST partsDebris impacts in HST parts
Debris impacts on a LDEF panelDebris impacts on a LDEF panel
Debris-GEO1280 pDebris-GEO1280 p
Debris-LEO1280Debris-LEO1280
Debris-slagDebris-slag
Delta-II Stage2 XSS-10Delta-II Stage2 XSS-10
Hi-Speed impact test simulating space debris hitting an orbiting capsule. A blunt nose 20 millimeter model built of polyethylene hitting a aluminum target at 19,500 feet per second, in a pressure simulated as 100,000 feet altitude.Hi-Speed impact test simulating space debris hitting an orbiting capsule. A blunt nose 20 millimeter model built of polyethylene hitting a aluminum target at 19,500 feet per second, in a pressure simulated as 100,000 feet altitude.
Hypervelocity Impact DemonstrationHypervelocity Impact Demonstration
Image ufo atlantisImage ufo atlantis
Impact Studies - GPN-2000-001643Impact Studies - GPN-2000-001643
Impact Studies - GPN-2000-001644Impact Studies - GPN-2000-001644
Number-Space-Debris-5-janvier-2021-frNumber-Space-Debris-5-janvier-2021-fr
Orbital Debris Lifetime Diagram High ExcentricityOrbital Debris Lifetime Diagram High Excentricity
Orbital Debris Lifetime Diagram Low EccentricityOrbital Debris Lifetime Diagram Low Eccentricity
SMM panel holeSMM panel hole
STS-118 debris entrySTS-118 debris entry
Spacedebris upd 2011Spacedebris upd 2011
Space debris impact on Space Shuttle windowSpace debris impact on Space Shuttle window
XSS-11 Minotaur-Stage 2XSS-11 Minotaur-Stage 2
a piece of a thermal blanket that they think may have come from my descent stage, the rocket-powered jet pack that set Perseverance down on landing day back in 2021a piece of a thermal blanket that they think may have come from my descent stage, the rocket-powered jet pack that set Perseverance down on landing day back in 2021
• De-Weltraumschrott (Wikimedia)
TypeDateDescriptionKeywordsNotesSource
linkFreebase entry@Wikidata
linkActa Aeronautica et Astronautica Sinica Simulation Analysis of Removal of Elliptic Orbit Space Debris Using Ground-based Laser@Wikidata
linkActa Aeronautica et Astronautica Sinica Modeling and Simulation on Active Space Debris Orbit Maneuver Based on Laser Ablation Impulse Coupling@Wikidata
linkActa Aeronautica et Astronautica Sinica State estimation of space debris group based on random finite set@Wikidata
linkActa Astronautica Are de-orbiting missions possible using electrodynamic tethers? Task review from the space debris perspective@Wikidata
linkActa Astronautica Active space debris removal by a hybrid propulsion module@Wikidata
linkActa Astronautica Review of uncertainty sources affecting the long-term predictions of space debris evolutionary models@Wikidata
linkActa Astronautica Compliance of the Italian satellites in low Earth orbit with the end-of-life disposal guidelines for Space Debris Mitigation and ranking of their long-term criticality for the environment@Wikidata
linkActa Astronautica Deployment dynamics of tethered-net for space debris removal@Wikidata
linkActa Astronautica Multiphysics elastodynamic finite element analysis of space debris deorbit stability and efficiency by electrodynamic tethers@Wikidata
linkActa Astronautica Contact dynamic models of space debris capturing using a net@Wikidata
linkActa Astronomica Sinica Orbit Lifetime Research of GTO Space Debris@Wikidata
linkActa Astronomica Sinica A Research on Collision Probability Calculation of Space Debris for Nonlinear Relative Motion@Wikidata
linkActa Astronomica Sinica A Method of Detecting Space Debris Based on Prior Information@Wikidata
linkActa Astronomica Sinica A Method for Correcting Telescope Pointing Error in Optical Space Debris Surveys@Wikidata
linkActa Astronomica Sinica Object Recognition Method of Space Debris Tracking Image Sequence@Wikidata
linkActa Astronomica Sinica The Platform Design of Space-based Optical Observations of Space Debris@Wikidata
linkActa Astronomica Sinica A Method of Detecting Space Debris with FM Radio Signals@Wikidata
linkAdvances in Astronomy An Introduction to a New Space Debris Evolution Model: SOLEM@Wikidata
linkAdvances in Materials Science and Engineering Aerogels Materials as Space Debris Collectors@Wikidata
linkAdvances in Space Research Status of CNES optical observations of space debris in geostationary orbit@Wikidata
linkAdvances in Space Research Radar interferometer measurements of space debris using the Evpatoria RT-70 transmitter@Wikidata
linkAdvances in Space Research Space debris mitigation in geosynchronous orbit@Wikidata
linkAdvances in Space Research A new algorithm for optical observations of space debris with the TAROT telescopes@Wikidata
linkAdvances in Space Research A robotic telescope network for space debris identification and tracking@Wikidata
linkAdvances in Space Research Active space debris charging for contactless electrostatic disposal maneuvers@Wikidata
linkAdvances in Space Research Incremental inverse kinematics based vision servo for autonomous robotic capture of non-cooperative space debris@Wikidata
linkAdvances in Space Research Physical characterization of the deep-space debris WT1190F: A testbed for advanced SSA techniques@Wikidata
linkAdvances in Space Research Long term evolution of the space debris population@Wikidata
linkAdvances in Space Research Updated results on the long-term evolution of the space debris environment@Wikidata
linkAerospace The Legal Framework for Space Debris Remediation as a Tool for Sustainability in Outer Space@Wikidata
linkAerospace ReDSHIFT: A Global Approach to Space Debris Mitigation@Wikidata
linkApplied Optics Energy coupling in short pulse laser solid interactions and its impact for space debris removal@Wikidata
linkApplied Optics Space debris removal by ground-based lasers: main conclusions of the European project CLEANSPACE.@Wikidata
linkApplied Optics Space debris detection in optical image sequences.@Wikidata
linkApplied Optics Joint 3D localization and classification of space debris using a multispectral rotating point spread function@Wikidata
linkAstronomy and Astrophysics Meteoroid and space debris impacts in grazing-incidence telescopes@Wikidata
linkAstrophysics and Space Science Optical detection of space debris using a large achromatic coronograph@Wikidata
linkChinese Journal of Geophysics A new method for space-based detecting small-scale space debris with high-resolution using transient electromagnetism@Wikidata
linkEURASIP Journal on Advances in Signal Processing A novel algorithm and hardware architecture for fast video-based shape reconstruction of space debris@Wikidata
linkHypothesis (University of Toronto. Dept. of Medical Biophysics) Planet Earth, Space Debris@Wikidata
linkIEEE Transactions on Geoscience and Remote Sensing Attitude and Spin Period of Space Debris Envisat Measured by Satellite Laser Ranging@Wikidata
linkISRN nanomaterials The Self-Healing Capability of Carbon Fibre Composite Structures Subjected to Hypervelocity Impacts Simulating Orbital Space Debris@Wikidata
linkIcarus The observing campaign on the deep-space debris WT1190F as a test case for short-warning NEO impacts@Wikidata
linkInternational Journal of Impact Engineering Influence of space debris impact on solar array under power generation@Wikidata
linkMathematical Problems in Engineering Evasive Maneuvers in Space Debris Environment and Technological Parameters@Wikidata
linkMathematical Problems in Engineering Resonant Orbital Dynamics in LEO Region: Space Debris in Focus@Wikidata
linkMonthly Notices of the Royal Astronomical Society Space debris collision avoidance using a three-filter sequence@Wikidata
linkMonthly Notices of the Royal Astronomical Society Poynting-Robertson drag and solar wind in the space debris problem@Wikidata
linkMonthly Notices of the Royal Astronomical Society Initial orbit determination algorithms for cataloguing optical measurements of space debris@Wikidata
linkMonthly Notices of the Royal Astronomical Society Space debris cataloguing capabilities of some proposed architectures for the future European Space Situational Awareness System@Wikidata
linkNature Communications Daylight space debris laser ranging@Wikidata
linkNature Orbital space debris ‘poses main threat to shuttle crew’@Wikidata
linkNature The flux of meteoroids and orbital space debris striking satellites in low Earth orbit@Wikidata
linkPlanetary and Space Science Modelling the evolution of the space debris population@Wikidata
linkProceedings of the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering The predicted growth of the low-Earth orbit space debris environment — an assessment of future risk for spacecraft@Wikidata
linkProceedings of the International Astronomical Union From Asteroids to Space Debris@Wikidata
linkProgress in Aerospace Sciences Review and comparison of active space debris capturing and removal methods@Wikidata
linkPublications of the Astronomical Society of the Pacific Image Restoration Based on Statistic PSF Modeling for Improving the Astrometry of Space Debris@Wikidata
linkReview of Scientific Instruments Single microparticle launching method using two-stage light-gas gun for simulating hypervelocity impacts of micrometeoroids and space debris.@Wikidata
linkReview of Scientific Instruments Radio frequency source of a weakly expanding wedge-shaped xenon ion beam for contactless removal of large-sized space debris objects.@Wikidata
linkScience of the Total Environment Assessing the impact of space debris on orbital resource in life cycle assessment: A proposed method and case study@Wikidata
linkScience Space debris puts exploration at risk@Wikidata
linkScientific Reports Experimental verification of high energy laser-generated impulse for remote laser control of space debris.@Wikidata
linkScientific Reports Demonstrating a new technology for space debris removal using a bi-directional plasma thruster@Wikidata
linkSensors Distributed Space Debris Tracking with Consensus Labeled Random Finite Set Filtering@Wikidata
linkSensors Analysis of Space Debris Orbit Prediction Using Angle and Laser Ranging Data from Two Tracking Sites under Limited Observation Environment@Wikidata
linkThe Astronomical Journal On the detection and tracking of space debris using the Murchison Widefield Array. I. Simulations and test observations demonstrate feasibility@Wikidata
linkThe Astronomical Journal Improving the precision of astrometry for space debris@Wikidata
vessel6Q0B44Espace debrisWikidata
vessel2010 KQspace debrisWikidata
vessel2022 UQ1Centaur, space debrisWikidata
vessel1986Ariane 1 rocket body debrisformer entity, space debrisWikidata
vessel2009PAM-D rocket bodyformer entity, kick motor, PAM-D, space debrisWikidata
vessel1958SL-1 rocket bodyformer entity, space tug, space debrisWikidata
vessel1985SL-14 rocket bodyspace tug, space debrisWikidata
vesselScout X-4 debrisspace debrisWikidata
vesselWT1190Fspace debrisWikidata
vesselspace debrissocial issue, artificial satellite of the Earth, artificial satelliteWikidata
vesseltool bag dropped during Expedition 70 EVA 2tool bag, space debrisWikidata
vesseltool bag dropped during STS-126 EVA 1tool bag, space debrisWikidata
audioDe-WeltraumschrottWikimedia
imageCouverture-du-réseau-de-surveillance-des-dérbris-spatiaux-des-Etats-UnisWikimedia
imageData Comprised from a computer, showing all of the debris orbiting our atmosphereWikimedia
imageDebris impacts in HST partsWikimedia
imageDebris impacts on a LDEF panelWikimedia
imageDebris-GEO1280 pWikimedia
imageDebris-LEO1280Wikimedia
imageDebris-slagWikimedia
imageDelta-II Stage2 XSS-10Wikimedia
image1960Hi-Speed impact test simulating space debris hitting an orbiting capsule. A blunt nose 20 millimeter model built of polyethylene hitting a aluminum target at 19,500 feet per second, in a pressure simulated as 100,000 feet altitude.Wikimedia
imageHypervelocity Impact DemonstrationWikimedia
imageImage ufo atlantisWikimedia
image1963Impact Studies - GPN-2000-001643Wikimedia
image1963Impact Studies - GPN-2000-001644Wikimedia
imageNumber-Space-Debris-5-janvier-2021-frWikimedia
imageOrbital Debris Lifetime Diagram High ExcentricityWikimedia
imageOrbital Debris Lifetime Diagram Low EccentricityWikimedia
imageSMM panel holeWikimedia
imageSTS-118 debris entryWikimedia
imageSpacedebris upd 2011Wikimedia
image1983Space debris impact on Space Shuttle windowWikimedia
imageXSS-11 Minotaur-Stage 2Wikimedia
imagea piece of a thermal blanket that they think may have come from my descent stage, the rocket-powered jet pack that set Perseverance down on landing day back in 2021Wikimedia
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