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Keyword Index

Keyword Index (Volume 2) Air Force Research Laboratory, 137 impact, 319 Al O particles, 51 impact flux, 109 2 3 aluminum particles, 51 impact risk analysis, 161 anisotropic material, 319 impact surface damages, 1 atmospheric drag, 249 ion and electron emission, 273 ion receiver, 273 Beam-park experiment, 83 long duration exposure facility, 9 breakup model, 233 low Earth orbit, 9 low-velocity collision, 233 chemistry of ejecta, 331 collision risk, 67 manmade debris, 295 collisions, 249 MASTER, 9 Committee on the Peaceful Uses of MASTER/PROOF, 83 Outer Space, 123 material characterization, 201 compression wave, 319 meteoroid, 109 contamination, 331 micro-craters, 51 cosmic debris, 295 micrometeoroid and orbital debris flux, 1 cosmic dust, 51 micrometeoroids, 9 current debris environment, 249 mitigation, 295 modelling, 295 debris, 109 modelling and simulation, 97 debris evolution, 249 models, 9 debris flux, 67 multi-component plasma, 273 debris-produced spacecraft charging, 331 detonation, 319 NASA, 137 Doppler inclination, 83 non-linear finite elements, 41, 225 dynamic material testing, 201 observation, 295 element erosion, 41 operational safety, 319 optical microscope, 1 failure, 319 optical tracking, 137 failure criteria, 41, 225 orbital debris, 97, 233 fragment creation, 233 orbital debris environment, 161 fragmentation, 249 orbital perturbations, 67 ORDEM2k, 83 geostationary Earth orbit, 233 http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Space Debris Springer Journals

Keyword Index

Space Debris , Volume 2 (4) – Oct 8, 2004
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Publisher
Springer Journals
Copyright
Copyright © 2000 by Kluwer Academic Publishers
Subject
Engineering; Automotive Engineering; Law of the Sea, Air and Outer Space; Astronomy, Observations and Techniques
ISSN
1388-3828
eISSN
1572-9664
DOI
10.1023/B:SDEB.0000030069.78960.5b
Publisher site
See Article on Publisher Site

Abstract

(Volume 2) Air Force Research Laboratory, 137 impact, 319 Al O particles, 51 impact flux, 109 2 3 aluminum particles, 51 impact risk analysis, 161 anisotropic material, 319 impact surface damages, 1 atmospheric drag, 249 ion and electron emission, 273 ion receiver, 273 Beam-park experiment, 83 long duration exposure facility, 9 breakup model, 233 low Earth orbit, 9 low-velocity collision, 233 chemistry of ejecta, 331 collision risk, 67 manmade debris, 295 collisions, 249 MASTER, 9 Committee on the Peaceful Uses of MASTER/PROOF, 83 Outer Space, 123 material characterization, 201 compression wave, 319 meteoroid, 109 contamination, 331 micro-craters, 51 cosmic debris, 295 micrometeoroid and orbital debris flux, 1 cosmic dust, 51 micrometeoroids, 9 current debris environment, 249 mitigation, 295 modelling, 295 debris, 109 modelling and simulation, 97 debris evolution, 249 models, 9 debris flux, 67 multi-component plasma, 273 debris-produced spacecraft charging, 331 detonation, 319 NASA, 137 Doppler inclination, 83 non-linear finite elements, 41, 225 dynamic material testing, 201 observation, 295 element erosion, 41 operational safety, 319 optical microscope, 1 failure, 319 optical tracking, 137 failure criteria, 41, 225 orbital debris, 97, 233 fragment creation, 233 orbital debris environment, 161 fragmentation, 249 orbital perturbations, 67 ORDEM2k, 83 geostationary Earth orbit, 233

Journal

Space Debris – Springer Journals

Published: Oct 8, 2004

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