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(Volume 105, Science and Technology Series,
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(Volume 105, Science and Technology Series,
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FOREWORD vii
MEASUREMENTS AND MODELLING OF SPACE DEBRIS AND METEOROIDS 1
Observational Results of NASA’s Liquid Mirror Telescope (IAA 01-6.4.01), K. S. Jarvis, T. L. Thumm, K. Jorgensen, M. Matney, J. L. Africano, T. Hebert, M. Mulrooney, M. Baugh, and E. G. Stansbery 3
Optical Survey for Space Debris in GEO (IAA 01-6.4.02), T. Schildknecht, R. Musci, M. Ploner, J. de Leon Cruz and L. de Fatima Dominguez Palmero 9
Optical Observations of Geosynchronous Debris (IAA 01-6.4.03), Kira Jorgensen, Patrick Seitzer, Roger Smith, John Africano, David Monet, Eugene Stansbery, Mark Matney, and Hugh Harris 23
The Extended Proof Tool - A Sophisticated Model for the Simulation of Debris Masurement Campaigns (IAA 01-6.4.04), Holger Krag, Jörg Bendisch, Heiner Klinkrad and Peter Wegener 31
The Reference Population of the Master 2001 Model (IAA 01-6.4.07), P. Wegener, J. Bendisch, H. Klinkrad, H. Krag, and C. Wiedemann 51
A Mathematical Model Representing the Statistical Properties of Sets of Orbits (IAA 01-6.4.08), Chiara Valente and Dario Izzo 63
BREAK ON RISK ANALYSIS AND PROTECTION 73
A Survey of the Past on Orbit Fragmentation Events Through Their Contribution to the Orbital Debris Population (IAA 01-6.5.01), C. Pardini 75
A Sensitivity Analysis of Breakup Models (IAA 01-6.5.03), Neil Williams, Graham G. Swinerd, Hugh G. Lewis and Gavin Gittins 97
Quantifying and Improving International Space Station Survivability Following Orbital Debris Penetration (IAA 01-6.5.04), Joel Williamsen, Steven W. Evans, Hilary Evans and Bill Bohl 117
Observational Results of NASA’s Liquid Mirror Telescope (IAA 01-6.5.05), L. Anselmo and C. Pardini 131
The Long-Term Evolution of the Debris Environment in High Earth Orbit Including the Effectiveness of Mitigation Measures (IAA 01-6.5.07), Clare E. Martin, P. H. Stokes, R. Walker and H. Klinkrad 141
Collision Avoidance During Deorbiting of Satellites at End-of-Life (IAA 01-6.5.08), Rüdiger Jehn 155
MITIGATION MEASURES AND STANDARDS 165
Investigating the Long-Term Evolution of the Debris Environment in High Earth Orbit Using the Damage Model (IAA 01-6.6.01), Hugh G. Lewis, Graham Swinerd, Neil Williams and Gavin Gittins 167
Sensitivity of Long-Term Orbital Debris Environment Evolution to the Deployment of Nano-Ssatellite Swarms (IAA 01-6.6.02), R. Walker, Clare E. Martin, P. H. Stokes, and H. Klinkrad 181
The Future Debris Environment From LEO to GEO (IAA 01-6.6.03), Jörg Bendisch, Holger Krag and Peter Wegener 195
Evaluation of Orbital Debris Mitigation Practices Using EVOLVE 4.1 (IAA 01-6.6.04), John N. Opiela and Paula H. Krisko 209
Space Debris Mitigation for LEO Spacecraft (IAA 01-6.6.05), Emma A. Taylor and Steve Kemble 221
Latest Revisions to the NASA Debris Assessment Software (DAS) (IAA 01-6.6.06), R. E. O’Hara, M. H. Jansen, P. D. Anz-Meador and M. Matney 235
Trends and Options in the Disposal of Launch Vehicle Orbital Stages (IAA 01-6.6.08), Nicholas L. Johnson 243
Space Rocket Systems for Reduction of Space Debris on Orbit and Economical Aspects of Their Creation (IAA 01-6.6.09), S. Konyukhov and M. Slyunyayev 257
Towards International Guidelines for Space Debris Mitigation (IAA 01-6.6.10), Michel Laffaiteur 265
APPENDICES 271
Publications of the American Astronautical Society 272
Advances in the Astronautical Sciences 273
Science and Technology Series 281
AAS History Series 288
INDEX 291
Numerical Index 293
Author Index 295