|
Program and Local committees |
VIII |
|
Welcome speech by A. M. Finkelstein |
X |
|
Preface |
XII |
| A. M. Finkelstein, Yu. D. Medvedev, V. A. Shor |
Our View of Objects of ACH-2009 |
2 |
| G. V. Pechernikova, A. V. Vityazev. |
Origin of the Small Solar System Bodies |
9 |
| D. F. Lupishko, Zh. A. Pozhalova |
Physical Properties and Internal Structure of Near-Earth Objects |
19 |
| E. M. Drobyshevski |
Electrolysis of Ices as a Key to Understanding of the Minor Bodies' Nature |
29 |
| F. A. Novikov, V. A. Shor, T. G. Vega, O. M. Kochetova, Yu. D. Medvedev, I. N. Netsvetaev, G. A. Netsvetaeva, U. N. Tihonova, N. B. Zheleznov |
AMPLE 3 — Multi-purpose Software Package for Asteroids and Comets |
32 |
| V. V. Busarev, V. V. Prokofjeva-Mikhajlovskaya, A. N. Rublevsky |
Spots on Asteroids as Evidence of Collisions |
43 |
| Yu. A. Chernetenko, A. V. Ivantsov |
Masses of Asteroids 10 Hygiea and 152 Atala Obtained by the Dynamical Method |
46 |
| N. M. Gaftonyuk, Yu. N. Krugly, I. E. Molotov |
Results of Photometric Observations of Potentially Hazardous Asteroids |
49 |
| P. Kankiewicz, I. Wodarczyk |
Possible Origin of Asteroids on Retrograde Orbits |
52 |
| K. V. Kholshevnikov |
Estimates for the Set-theoretic Distance between Orbits of Celestial Bodies |
55 |
| Yu. N. Krugly, N. M. Gaftonyuk, J. Durech, D. Vokrouhlicky, M. Kaasalainen, V. G. Shevchenko, M. A. Ibrahimov, A. L. Marshalkina, V. V. Rumyantsev, I. E. Molotov, Z. Donchev, V. Ivanova, A. V. Sergeyev, N. Tungalag |
Detection of the YORP Effect from Photometric Observations of Near-Earth Asteroids |
58 |
| N. N. Gorkavyi, A. N. Rublevsky, V. V. Prokofjeva-Mihajlovskaya |
The Sizes of Impact Craters and Ejecta Spots on Asteroids |
62 |
| V. A. Shefer |
Method for High-accuracy Determinations of Orbits of Small Bodies from Three Observations |
65 |
| V. A. Shefer |
Determination of an Intermediate Perturbed Orbit from Range and Range Rate Measurements at Three Time Instances |
70 |
| M. D. Zamarashkina |
Improving the Orbital Parameters of Phobos and Deimos by Using the Universal Programming Complex ERA |
75 |
| E. I. Yagudina |
Databases for Observations and Orbit Elements for Asteroids and Comets in ERA System |
79 |
| A. L. Garca |
Automatic Detection of NEOs in CCD Frames |
84 |
| A. A. Golubov, Yu. N. Krugly |
YORP: Influence on Rotation Rate |
90 |
| Yu. V. Batrakov, V. V. Prokofjeva-Mikhajlovskaya, L. G. Karachkina |
The Small Libration of the Satellite in the System of the Asteroid 39 Laetitia |
95 |
| A. F. Zausaev, A. A. Zausaev, V. V. Abramov, S. S. Denisov |
Database Development for Solar System Small Bodies' Orbital Evolution Based on Modern Mathematical Models and Methods |
102 |
| A. A. Berezhnoy |
Analysis of the Systematic Errors of CCD-observations of Asteroids Performed in 2007 — 2008 |
107 |
| M. S. Chubey, L. I. Yagudin, V. N. L'vov, S. D. Tsekmejster, V. V. Kouprianov, G. I. Eroshkin, E. A. Smirnov, A. V. Petrov |
Solving of the ACH Problem in the Project "Interplanetary Solar Stereoscopic Observatory" |
110 |
| M. Kocer, M. Honkova, J. Ticha, M. Tichy |
KLENOT Project — Contribution to Follow-up Astrometry of PHAs and VIs |
115 |
| V. V. Emel'yanenko |
Short-Period Comets: Origin and Terrestrial Impact Hazard |
120 |
| Yu. S. Bondarenko, Yu. D. Medvedev |
Method of Calculating Cometary Orbits |
129 |
| M. D. Zamarashkina, O. F. Ogneva |
Nongravitational Effects on Cometary Motion due to Jupiter |
134 |
| M. G. Ishmukhametova, E. D. Kondrat'eva, V. S. Usanin. |
Variation of Nongravitational Parameters for Comet Encke as a Result of its Decay |
139 |
| N. I. Perov, D. V. Kolesnikov |
On the Problem of Searching for Undiscovered Cometary Families Colliding with Terrestrial Type Planets |
146 |
| Yu. S. Bondarenko |
Electronic Catalogue of Comets "Halley" |
152 |
| O. G. Gladysheva |
From the Tunguska Space Body to the Evolution of the Protoplanetary Nebula |
157 |
| N. V. Kulikova, V. I. Tischenko |
Origin and Dynamic Evolution of Meteor Complexes in the Problem of Asteroid-Comet Hazard |
164 |
| E. N. Tikhomirova |
Meteor Streams: the Relation to Hazardous Celestial Bodies |
168 |
| M. I. Gritsevich |
Modern Dynamic Methods of Determination of Parameters of Meteor Bodies |
174 |
| G. A. Nikolsky, Yu. D. Medvedev, E. O. Schultz |
The Tunguska Catastrophe is the Consequence of a Series of Explosions of Comet Nucleus Fragments |
179 |
| O. G. Gladysheva |
Atmospheric Discharge in the Tunguska Disaster |
184 |
| T. Yu. Galushina, E. M. Drobyshevski, M. E. Drobyshevski |
In Searching for Comet P/Tunguska-1908 |
189 |
| V. A. Alekseev, N. G. Alekseeva, I. G. Golovnev, S. Yu. Zheltov, A. I. Morgachev, E. Ya. Fal'kov |
Likely Impact Sites of Large Fragments of the Tunguska Cosmic Body |
196 |
| V. V. Svetsov |
Consequences of Impacts of Cosmic Objects in Circumstances of Changing Climate |
200 |
| An. G. Marchuk, K. V. Simonov, S. A. Peretokin |
Detection of Possible Impact Structures at the Bottom of the Ocean by Gravimetric and Magnetometric Data Processing |
206 |
| V. L. Masaitis |
Prospective Zones of Damage Caused by the Popigai Impact Event |
211 |
| N. A. Makhutov, Yu. G. Matvienko, M. A. Bubnov |
Hydrocode Modeling of a High-velocity Impact of an Asteroid Particle on a Steel Surface |
216 |
| L. A. Egorova, V. V. Lokhin |
Destruction Models for Bodies Entering a Planetary Atmosphere |
222 |
| V. K. Gusiakov, Z. A. Lyapidevskaya |
Expert Database on the Earth Impact Structures |
228 |
| V. A. Alekseev, V. V. Kopeikin, N. G. Alekseeva, L. Pelekhan |
Georadar and Hydrogen Studies of the Tunguska Meteorite Craters |
233 |
| E. V. Pitjeva |
Influence of Asteroids and Trans-Neptunian Objects on the Motion of Major Planets and Masses of the Asteroid Main Belt and the TNO Ring |
237 |
| D. K. Yeomans, S. R. Chesley, P. W. Chodas |
NASA's Near-Earth Object Program Office |
244 |
| L. K. Kristensen |
Demands on Observation Campaigns for Accurate Predictions |
255 |
| Yu. D. Medvedev, A. S. Zabotin |
Determination of Orbits and Dispersion Ellipsoids of Asteroids Potentially Hazardous for the Earth |
262 |
| P. Kankiewicz, I Wodarczyk |
The Orbital Evolution of 2007 VA85, an Amor-type Asteroid on a Retrograde Orbit |
268 |
| V. A. Shor, Yu. A. Chernetenko, O. M. Kochetova |
How Precise is the Orbit of (99942) Apophis and how Probable is its Collision with the Earth in 2036? |
272 |
| L. L. Sokolov, N. P. Pitjev, V. Sh. Shaidulin |
About Zones of Resonant Returns of Asteroid Apophis |
279 |
| I. Wodarczyk. |
Methods of Computing Impact Orbit |
284 |
| Yu. A. Chernetenko. |
The Yarkovsky Effect in the Motion of NEAs |
289 |
| J. Desmars, J.- E. Arlot, A. Vienne |
Estimating the Accuracy of Asteroid Ephemerides Using the Bootstrap Method |
294 |
| I. Wodarczyk |
Paths of Risk of Selected Dangerous Asteroids |
299 |
| I. Wodarczyk |
Impact Solutions for Asteroid (101955) 1999RQ |
302 |
| N. B. Zheleznov |
The Study of the Probability of an Asteroid Collision with a Planet by Monte Carlo Method |
305 |
| A. W. Harris |
Estimating the NEO Population and Impact Risk: Past, Present and Future |
312 |
| M. F. A'Hearn |
Deep Impact and Deflection of NEOs |
327 |
| W. F. Huebner, D. C. Boice, P. Bradley, S. Chocron, R. Clement, A. Ghosh, P. T. Giguere, R. Goldstein, J. A. Guzik, L. N. Johnson, J. J. Keady, J. Mukherjee, W. Patrick, C. Plesko, M. Tapley, J. D. Walker, R. P. Weaver, K. Wohletz |
The Engagement Space for Countermeasures Against Potentially Hazardous Objects (PHOs) |
337 |
| C. Maccone. |
Description of a NASA Study to Deflect Hazardous Asteroids |
347 |
| A. V. Zaitsev, A. Koroteev, B. Liaschuk, S. Popov. |
The Level of Rapid Response Reaction of the Planetary Defense System |
362 |
| V. A. Emelyanov, Yu. K. Merkushev |
Design Parameters and Efficiency of a Space System for Warning about Small Celestial Bodies Approaching the Earth along Collision Trajectories |
369 |
| N. A. Makhutov, V. A. Puchkov, D. Reznikov, A. Taranov, A. V. Zaitsev |
About Measures on Minimization of Damage from Collisions with Asteroids and Nuclei of Comets |
376 |
| Z. M. Ilitz |
Rotational Mass Driver - an Efficient NEO Deflection Concept |
381 |
| J. J. Smulsky, Ya. J. Smulsky |
Evolution of Apophis Orbit for 1000 Years and New Space Targets |
390 |
| A. V. Zaitsev, A. A. Klapovsky |
On the Approach to Form Internati- onal-Legal Foundations to Ensure Planetary Defense |
396 |
| B. I. Semyonov, S. N. Torgovkin, V. V. Treckin, A. V. Zaitsev |
About the Interaction of the "Citadel" Planetary Defense System with the Missile-Space Defense Systems |
402 |
|
The Resolution of the ACH-2009 Conference (doc) |
407 |