rootbrowseIAC-15A6session IPIP. Interactive PresentationsPapers1. Hypervelocity impact simulation of designed micro structure core sandwich panel using SPH2. The comparison of impact resistance performance of hypervelocity impact on aluminum and GLARE by numerical simulation3. Passive optical space surveillance system for initial LEO object detection4. investigation into damage of woven stuffed shield under high-speed non-metal projectile impact5. experiment and calculation of the performance of debris shield stuffed with glass epoxy plate6. ballistic limit equation for aluminum honeycomb sandwich panels7. damage characteristics of whipple shield subjected by hypervelocity impact of silicate simulacrum for micro-meteoroids8. Chasing space debris, missiles & satellites – using ground systems. Tracking & high-res imaging systems for high proper motion space objects.9. Evasive maneuvers pulsed in space debris environment, subject to disturbances of atmospheric drag and technological parameters.10. Evasive maneuvers on a collision course with cloud of space debris11. Dynamics and Control of Large Debris in Tether Drag Deorbiting12. Surrey Space Centre: A Survey of Debris Removal Research Activities13. Machine learning applied to autonomous robotic capture of an uncooperative tumbling target14. Optimal direction and a process design of removing low Earth Orbit debris with space-based laser15. Methodical approach to comprehensively resolution the problem of environmental pollution reduction when SLV with LPE launches16. Dorbit system based on Vacuum Arc Thruster for micro satellite17. Researche on the Measurement of Relative Position and Pose between Two Non-cooperative Spacecrafts18. Synchronization strategy of orbital plane and phasing for active debris removal with micro-thruster19. Automatic Detection Algorithm for Space Debris20. Orbit Prediction Precision Improvement of LEO Space Objects and its Application in Collision Risk Estimates21. An analysis of the applicability of space debris mitigation guidelines to the commercial small-satellite industry22. Tether Orbital Perturbations Influence Determinator23. Maturing throw-nets for space debris capture with validated simulators and zero-G testing.24. Towards the Generation of Empirical Thermal Flux Datasets for the Improvement of Engineering-Level Destructive Re-entry Simulations25. deorbiting of nano satellite using cold gas thruster to minimize space debris.26. Net-based space debris capture technology development plan: testing in relevant environment27. environmental impact of space debris repositioning28. EQUO: an EQOatorial Observatory to improve the Italian space surveillance capability29. A novel recycling concept for space debris mitigation30. A.R.T.I.C.A. Deorbiting System: the new design and prototype of a compact deorbiting sail on board cubesat “Ursa Maior”31. Design and first prototype of an ALT-AZ mount for 1m class telescope for space debris tracking32. LEO space debris removal task analysis and development proposals33. OHB remediation activities for a cleaner space – e.Deorbit and Tentacle-Based Clamping Mechanism34. Space Debris Removal using De-Orbit Kit Technology35. Probable approaches to the near-Earth orbits clean-up from space debris with dimensions less than 10 centimeters36. OHB mitigation activities for a cleaner space – CleanSat, Design-for-Demise, In-Orbit Refuelling, Propulsion Subsystem Passivation37. Advanced vision based technique for close range navigation in On-Orbit Servicing38. optimizing observation scheduling for debris tracking facility with shortest path algorithm39. An application of STAMP (Systems-Theoretic Accident Modeling and Processes) in Space Debris Mitigation40. On the use of long-range radars for Space Situational Awareness: an experimental test41. Generic Model for Space Debris Mitigation for the Cubesat Constellation Missions42. Active Debris Removal: Overview and Figures of Merit of Debris Grabbing Strategies43. Software for Space-based optical observation system44. The boundary analysis of the TLEs’ uncertainty in active removal of cubesat-level space debris45. On the capability of laser observations to improve the orbit prediction accuracy of space debris objects46. Analytic Lifetime-Estimation and TLE Validation of Reentering Space-Objects47. The construction of the characteristics of spatial distribution of cataloged space debris objects48. A Complex of Non-iterative Methods for Planning Sessions of Observations of Orbital Objects49. Adoption of the Maritime Law Salvage Principle for Space Debris Removal50. On the motion of 12-hour satellites in near circular orbits