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Russian Academy of Sciences
Institute of Applied Astronomy
Celestial Mechanics--2002:
Results and Prospects
Institute of Applied Astronomy
St. Petersburg, 10--14 September, 2002
CONFERENCE PROGRAM
St. Petersburg
2002


Russian Academy of Sciences
Institute of Applied Astronomy
Celestial Mechanics--2002:
Results and Prospects
Institute of Applied Astronomy
St. Petersburg, 10--14 September, 2002
CONFERENCE PROGRAM
St. Petersburg
2002

Dear Colleague,
You are cordially invited to take part in the international conference
``Celestial Mechanics--2002: Results and Prospects''.
GENERAL INRORMATION
The conference is held by the Institute of Applied Astronomy.
The conference is aimed to analyse the present state of art of celestial
mechanics in anticipating new increase in the observation precision due to
the future projects of space astrometry as well as to consider the prospects
of further developments and coordination of research in this field.
SCIENTIFIC ORGANIZING COMMITTEE:
Batrakov Yu. V., IAA, St. Petersburg
Bordovitsyna T. V., Tomsk University, Tomsk
Bretagnon P., IMC, Paris
Brumberg V. A. --- chairman, IAA, St. Petersburg
Emelianov N. V., Sternberg Astronomical Institute, Moscow
Ferraz­Mello S., University of Sao Paulo, Sao Paulo
Finkelstein A. M., IAA, St. Petersburg
Fukushima T., NAO, Tokyo
Kaplan G., USNO, Washington
Kholshevnikov K. V., SPb University, St. Petersburg
Krasinsky G. A., IAA, St. Petersburg
Milani A., University of Pisa, Pisa
Shuygina N. V. --- secretary, IAA, St. Petersburg
LOCAL ORGANIZING COMMITTEE
Finkelstein A. M. --- chairman
Akuzina S. A.
Brumberg V. A.
Krat O. I.
Kumkova I. I.
Lysenkov E. A.
Novozhilova M. N.
Sal'nikov A. I.
Sveshnikov M. L.
Skripnichenko V. I.
Shuygina N. V. --- secretary
Khlebnikova E. S.
Yagudina E. I.
4

The conference will take place in the building of the Institute of Applied
Astronomy 10--14 September, 2002.
IAA address: 10, Kutuzov quay, St. Petersburg
The Institute is located between the Lyteiny bridge (Litejnyj most) and
Summer Garden (Letnij sad) at a walk distance from metro stations Cherny­
shevskaya and Ploshchad' Lenina.
The registration will be on 10 September (Tuesday) from 9.00 to 10.30
am.
Additive information is available by
phone: (7--812) 275 11 18 fax: (7--812) 275 11 19
http://www.ipa.nw.ru/conference/2002 e­mail: nvf@quasar.ipa.nw.ru
The preliminary CONFERENCE PROGRAM is enclosed
Prof., Dr. A. M. Finkelstein
LOC Chairman
Director of the Institute of Applied Astronomy
5

Celestial Mechanics--2002: Results and
Prospects
Institute of Applied Astronomy
St. Petersburg, 10--14 September, 2002
Format of the Conference
10 September
09.00--10.30 Registration
10.30--11.00 Opening
11.00--13.00 Session 1
14.30--16.05 Session 2A
16.05--16.25 co#ee--break
16.25--18.00 Session 2B
18.00 Informal meeting in the Institute of Applied Astronomy
11--13 September (k = 2, 3, 4, respectively)
09.30--11.05 Session (2k - 1)A
11.05--11.25 co#ee break
11.25--13.00 Session (2k - 1)B
14.30--16.05 Session (2k)A
16.05--16.25 co#ee break
16.25--18.00 Session (2k)B
6

Program of the conference
10 September
Session 1. Planetary theories
P. Bretagnon. Analytical theories of the motion of the planets and of the
rotation of the rigid Earth --- 30 min
E. M. Standish. Present and future ephemerides: requirements and lim­
itations --- 30 min
E. V. Pitjeva. EPM2002 and EPM2002C --- two versions of high accu­
racy numerical planetary ephemerides constructed for TDB and TCB time
scales --- 25 min
A. Fienga. Two problems in solar systems dynamics, possible solutions
and future --- 25 min
Session 2A. Resonances and regularity
T. Fukushima. New precession formula --- 25 min
N. Callegari Jr., T. A. Michtchenko, S. Ferraz­Mello. Dynamics of res­
onant planets: the resonances 2:1, 3:2 and 5:2 --- 25 min
E. Lega, C. Froeschl’e, M. Guzzo. On the detection of slow di#usion
along resonances in Hamiltonian systems --- 20 min
V. V. Kouprianov, I. I. Shevchenko. The Lyapunov spectra in spin--orbit
dynamics --- 20 min
Session 2B. Earth--Moon system
G. A. Krasinsky. Selenodynamical parameters from analysis of LLR
observations of 1970--2001 --- 25 min
N. Petrova, A. Gusev, K. Heki, H. Hanada, N. Kawano, and ILOM
Research Group. Physical libration of the Moon: the results and the per­
spectives --- 25 min
A. Gusev, N. Petrova, N. Kawano, and RISE group. FCN--period depen­
dence on dynamic characteristics of a lunar core --- 20 min
G. I. Eroshkin, V. V. Pashkevich. High--precision numerical theory of
the rigid Earth rotation taking into account the geodetic perturbations ---
20 min
7

11 September
Session 3A. Natural satellites
J.­E. Arlot. The projects of IMCCE concerning the natural planetary
satellites --- 25 min
N. V. Emelianov. Natural satellites dynamics from observations ---
25 min
V. Lainey, A. Vienne. Toward new ephemerides for the Galilean sys­
tem --- 20 min
A. Vienne, W. Thuillot, J.­E. Arlot. Dynamics of the Saturnian system
with regard to high precision observations --- 20 min
Session 3B. Asteroids
Yu. A. Chernetenko. Using positional observations of minor planets for
improving the orientation of star catalogue --- 20 min
L. E. Bykova. Investigation of stability of NEAs orbital resonance mo­
tions by numerical methods --- 20 min
O. M. Kochetova. Estimation of masses of some minor planets from
observations of perturbed bodies --- 15 min
T. Yu. Galushina. The motion of asteroids at the 5:2 resonance with
Jupiter --- 15 min
V. A. Shor, A. Yu. Bytsin, Yu. A. Chernetenko, O. M. Kochetova,
V. D. Mikheeva, G. A. Netsvetaeva, E. Yu. Parijskaya, V. I. Skripnichenko,
N. K. Sumzina, T. A. Vinogradova. New possibilities for ephemeris support
of minor planets --- 15 min
Session 4A. Earth satellites
Y. A. Abdel--Aziz, E. Wnuk. Dynamics of artificial satellite orbits with
the e#ects of luni--solar perturbations --- 20 min
S. M. Kudryavtsev. An improved analytical technique for accurate cal­
culation of satellite motion perturbations due to the Moon/Sun/planets ---
20 min
A. M. Fominov. Earth penumbra e#ects on AES motion taking into
account the refraction and the extinction of the light in the atmosphere ---
15 min
I. S. Gayazov. Parameterization of the solar radiation pressure model
for GPS satellites --- 15 min
M. O. Keshin. First results of GPS orbit determination with GRAPE
package using a square--root information filter --- 15 min
8

Session 4B. Earth--Moon space probes
V. V. Ivashkin. Analysis of the Earth--to--Moon trajectories of new type
with the temporary capture of a particle by the Moon --- 20 min
N. S. Kardashev, B. B. Kreisman and Yu. N. Ponomarev. High orbit for
the RadioAstron project --- 20 min
B. B. Kreisman. Families of periodic solutions of the planar restricted
three--body problem and their application at designing the orbit for the space
radio telescope --- 20 min
9

12 September
Session 5A. Comets
A. I. Neishtadt, D. Scheeres, V. V. Sidorenko, A. A. Vasiliev. Analytical
constraints on comet nucleus rotation --- 20 min
Yu. D. Medvedev. On figure of a sublimating cometary nucleus ---
20 min
M. D. Zamarashkina, Yu. D. Medvedev. Estimate of P/Shoemaker--Levy
nucleus size --- 15 min
O. F. Grigoryan, Yu. D. Medvedev. On non--gravitational acceleration
in Harrington--Abell comet motion due to Jupiter --- 15 min
Session 5B. Perturbation theory I
M. A. Vashkov'yak. On the development of M. L. Lidov's techniques on
the evolution of satellite orbits --- 20 min
V. I. Prokhorenko. Geometrical analysis of solutions of restricted three--
body problem --- 15 min
Yu. V. Batrakov. Orbits with osculation of higher orders and their use
in celestial mechanics --- 20 min
V. A. Shefer. Superosculating intermediate orbits and their applications
to study the perturbed motion --- 15 min
F. Deleflie, G. M’etris, P. Exertier. An analytical solution of Lagrange
planetary equations valid also for very low eccentricities --- 15 min
Session 6A. Posters I (5 min for each poster; see list Posters--I)
Session 6B. Posters II (5 min for each poster; see list Posters­II)
10

13 September
Session 7A. Perturbation theory II
T. V. Bordovitsyna, V. A. Avdushev, A. M. Chernitsov. Two trends in
the development of numerical algorithms of celestial mechanics --- 20 min
V. A. Avdyushev. Numerical stabilization of orbital motion --- 15 min
V. V. Beletsky, M. L. Pivovarov, A. A. Savchenko. Regular and chaotic
relative motion of a dumb--bell--shaped satellite --- 20 min
K. V. Kholshevnikov. Precision increase for the theory of relative motion
of a satellite's pair --- 15 min
V. V. Emel'yanenko. Symplectic integrators for studying the long--term
evolution of high--eccentricity orbits --- 15 min
Session 7B. Extra--Solar systems
D. Benest. Regularity and chaos for planetary orbits in binaries ---
20 min
B. R. Mushailov, A. A. Kaloshin. Dynamic evolution of resonance orbits
of exoplanets in system 47 Uma --- 20 min
L. L. Sokolov. On the orbits of extrasolar planets --- 20 min
Session 8A. GRT & Discussion
A. Milani. Celestial Mechanics and the real Solar System: measure­
ments, models and tests --- 30 min
V. A. Brumberg. Relativistic celestial mechanics--2002: results and
prospects --- 25 min
Yu. V. Baryshev. Generalized Nordtvedt e#ect and tests of equivalence
principle for rotating bodies --- 15 min
General discussion
Session 8B. Discussion & Closing
11

Posters--I
Celestial mechanics for general astronomy
A. P. Baturin. An approximate projection of confidence ellipsoids of
space objects positions onto the celestial sphere
A. Gusev, I. Kitiashvili. Precession and free core nutation of neutron
stars
M. V. Lukashova, L. I. Rumjantseva. Canon of solar eclipses in Russia
for the interval 1000--2050
B. R. Mushailov, A. A. Kaloshin. Preliminary results of search studies
of predicted hypothetical objects beyond the orbit of Jupiter
Internet and computer techniques
N. Baron, J.­E. Arlot. The ephemerides server of the Institut de m’ecanique
c’eleste et de calcul des ’eph’em’erides
N. V. Batkhina, A. B. Batkhin. High precision parallel algorithms of
numerical integration of celestial mechanics problems
V. S. Ural'skaya, N. V. Emelianov. Celestial Mechanics in Internet ---
Russian web--site
Earth satellites and the Earth
E. Yu. Aleshkina. Determination of UT0 from lunar laser ranging data
analysis
T. V. Ivanova, N. V. Shuygina. Analysis of SLR observations of the
Etalon geodetic satellites
V. Koblik, E. Polyakhova. Solar sails as space--based screens against
Earth's climatic warming
G. A. Krasinsky. Duirnal pole tides and determination of static and
dynamic Love numbers from analysis of VLBI observations 1998--2001
M. S. Petrovskaya, A. N. Vershkov. High--accuracy modelling of the
Earth's gravitational potential from GOCE satellite gradiometry mission
M. V. Vasiliev, E. I. Yagudina. Station coordinates from observations of
DORIS system TOPEX/Poseidon satellite
12

Posters--II
Natural satellites
T. P. Kiseleva, I. S. Izmailov, M. A. Mozhaev. CCD observations of
planetary satellites and occultations and close approachments of stars by
asteroids with 26­inch refractor of Pulkovo observatory
A. Lopez Garcia, J. A. Morano Fernandez, A. F. Martinez, E. Yagudina.
The major planets satellite observations with CCD techniques
A. V. Melnikov. Modelling of lightcurves of minor planetary satellites
Asteroids
S. I. Ipatov. Formation and migration of trans--Neptunian objects
S. I. Ipatov. Migration of asteroids from the 3/1 and 5/2 resonances
with Jupiter to the Earth
T. A. Vinogradova. Visible motion of minor planets
Comets
A. S. Solov'ev. To a problem of perturbed motion of comets
Perturbation theory
Yu. V. Barkin. Rotation theory of celestial bodies: dynamical relations
of the pole motion and nutation
L. E. Bykova, V. P. Titarenko. Solution stabilization algorithms for the
estimation of small bodies orbital parameters
E. D. Kuznetsov, K. V. Kholshevnikov, A. V. Greb. Expansion of the
Hamiltonian of the planetary three--body problem into Poisson series in all
elements using Poisson series processor PSP
V. G. Sokolov. On convergence domains of expansions of disturbing
function of the planetary three--body problem in powers of eccentricities
N. Yu. Saburova. Comparison of conditionally periodic solutions with
the results of numerical integration in the two rigid body problem
A. S. Zimovschikov, N. N. Titova, V. N. Tkhai. Periodic orbits in pho­
togravitational three--body problem
Determination of orbits
V. B. Kuznetsov. Determination of rectilinear orbits
V. A. Shefer. Determination of preliminary orbits including perturba­
tions
P. Descamps. Connection between apparent and real orbits of a binary
system
13

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