Mitigation of Hazardous Comets and Asteroidsby Michael J. S. Belton
Pub. Date: 06/01/2004
Publisher: Cambridge University Press
This book presents the most recent research on the development of a reliable defense against objects that can potentially collide with the Earth. Large asteroids and comets can collide with the Earth causing severe consequences, and collisions are a random process that can occur at any time. To reduce the threat, it is necessary to understand these potentially… See more details below
This book presents the most recent research on the development of a reliable defense against objects that can potentially collide with the Earth. Large asteroids and comets can collide with the Earth causing severe consequences, and collisions are a random process that can occur at any time. To reduce the threat, it is necessary to understand these potentially hazardous objects.
- Cambridge University Press
- Publication date:
- Product dimensions:
- 6.85(w) x 9.72(h) x 1.10(d)
Table of ContentsPreface; 1. Recent progress in interpreting the nature of the near-Earth object population W. Bottke, A. Morbidelli and R. Jedicke; 2. Earth impactors: orbital characteristics and warning times S. R. Chesley and T. B. Spahr; 3. The role of radar in predicting and preventing asteroid and comet collisions with Earth S. J. Ostro and J. D. Giorgini; 4. Interior structures for asteroids and cometary nuclei E. Asphaug; 5. What we know and don't know about surfaces of potentially hazardous small bodies C. R. Chapman; 6. About deflecting asteroids and comets K. A. Holsapple; 7. Scientific requirements for understanding the near-Earth asteroid population A. W. Harris; 8. Physical properties of comets and asteroids inferred from fireball observations M. D. Martino and A. Cellino; 9. Mitigation technologies and their requirements C. Gritzner and R. Kahle; 10. Peering inside near-Earth objects with radio tomography W. Kofman and A. Safaeinili; 11. Seismological imvestigation of asteroid and comet interiors J. D. Walker and W. F. Huebner; 12. Lander and penetrator science for near-Earth object mitigation studies A. J. Ball, P. Lognonne, K. Seiferlin, M. Patzold and T. Spohn; 13. Optimal interpretation and deflection of Earth-approaching asteroids using low-thrust electric propulsion B. A. Conway; 14. Close proximity operations at small bodies: orbiting, hovering, and hopping D. J. Scheeres; 15. Mission operations in low gravity regolith and dust D. Sears, M. Franzen, S. Moore, S. Nichols, M. Kareev and P. Benoit; 16. Impacts and the public: communicating the nature of the impact hazard D. Morrison, C. R. Chapman, D. Steel and R. P. Binzel; 17. Towards a program to remove the threat of hazardous NEOs M. J. S. Belton.
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