Description Over the past 25 years, the mass of man-made objects from upper-stage breakups has grown to the point that it now dictates the design environment for future low-Earth-orbit operations. The hazards presented by a vast range of particle sizes, from virtual dust to the largest known orbital debris fragments, have not been fully quantified, but the field struggles with that task now. This book provides an overview of the problem, discusses practical strategies for mitigation of debris hazards, and considers strategies for prevention of future breakups.
Collision Probabilities in Geosynchronous Orbit and Techniques to Control the Environment
Orbital Debris from Upper-Stage Breakup ; 187-197
1989-01-01
Article/Chapter (Book)
Electronic Resource
English
Collision probabilities at geosynchronous altitudes
Elsevier | 1985
|Collision risk management in geosynchronous orbit
Online Contents | 2004
|The plasma environment at geosynchronous orbit
NTRS | 1977
|STATIONKEEPING TECHNIQUES FOR SPACECRAFT IN INCLINED GEOSYNCHRONOUS ORBIT
European Patent Office | 2017
|