| Titre : |
Vers un futur repère de référence céleste : Journées 2007, systèmes de référence spatio-temporels, Paris, 17-19 septembre 2007 : The celestial reference frame for the future |
| Type de document : |
Actes de congrès |
| Auteurs : |
Nicole Capitaine, Éditeur scientifique |
| Editeur : |
Paris, Meudon et Nançay : Observatoire de Paris |
| Année de publication : |
2008 |
| Conférence : | JSRST 2007, Journées systèmes de référence spatio-temporels, Vers un futur repère de référence céleste 17/09/2007 19/09/2007 Paris France OA Proceedings | | Importance : |
230 p. |
| Format : |
21 x 30 cm |
| ISBN/ISSN/EAN : |
978-2-901057-59-8 |
| Note générale : |
Bibliographie |
| Langues : |
Anglais (eng) |
| Descripteur : |
[Vedettes matières IGN] Systèmes de référence et réseaux
[Termes IGN] astronomie fondamentale
[Termes IGN] norme
[Termes IGN] orientation de la Terre
[Termes IGN] repère de référence céleste
|
| Note de contenu : |
SESSION 1: PLANS FOR THE NEW ICRF
Ma C.: Progress in the 2nd realization of ICRF
Chariot P., Fey A. L., Collioud A., Ojha R., Boboltz D.A. et al.: Selecting defining sources for the next ICRF based on source structure
Boboltz D.A., Fey A.L. & K-Q VLBI Survey Collaboration: Time series analysis of VLBI astrometric source positions at 24-GHz
Titov O.: Proper motions of reference radio sources
Bolotin S.: Influence of different strategies in VLBI data analysis on realizations of ICRF
Sokolova J.R.: Effect of the reference radio source selection on VLBI CRF realization
Zacharias N., Zacharias M.I., Boboltz D., Fey A., Gaume R. et al.: Extragalactic optical-radio link research at USNO
Andrei A.H., Assafin M., Barache C., Bouquillon S., Bourda G. et al.: A GAIA oriented analysis of a large sample of quasars
Bourda G., Chariot P., Porcas R., Garrington S.: A VLBI survey of weak extragalactic radio sources for the alignment of the ICRF and the future GAIA frame
Fey, A.L., Boboltz, D.A.: Analysis of astrometric position time series for ICRF-2
Gontier A.-M., Lambert S.: Stable radio sources and reference frame
Kurdubov S.L., Skurikhina E.: Source positions time series generation and analysis
Martinez M.J., Marco F.J., Lopez J.A.: Precessional parameters obtained from biased data of Hipparcos-FR5 proper motions
Petrachenko W.T., Chariot P., Collioud A., Hobiger T., Niell A.E.E.: A study of VLB 2010 potential for source structure corrections
Yagudina E.I.: Connecting the dynamical frame to the ICRF by use NEAs observations
SESSION 2: MODELS AND NUMERICAL STANDARDS IN FUNDAMENTAL ASTRONOMY
Luzum B., Capitaine N., Fienga A., Folkner, W., Fukushima, T. et al: Current status of the IAU Working Group for Numerical Standards of Fundamental Astronomy
Soffel M.H., Klioner S.A.: On astronomical constants
Capitaine N.: Recent progress in concepts, nomenclature and models in fundamental astronomy
Pitjeva E.V.: Recent models of the planet motions and fundamental constants determined from position observations of planets and spacecraft
Fienga A., Manche H., Laskar J., Gastineau M.: INPOP06, a new numerical ephemeris
Manche H., Bouquillon S., Fienga A., Laskar J., Francou G. et al.: Towards INPOP07, adjustments to LLR data
Hilton J.L.: Prospects for improving the masses of minor planets
Kudryavtsev S.M.: Harmonic models of tide-generating potential of the terrestrial planets
Dehant V., Lambert S., Folgueira M., Root L., Rambaux N.: Recent advances in modeling precession-nutation
Yatskiv Ya.S., Korsun' A.A.: IAU Symposium No 78 "Nutation and the Earth's rotation" as a first step in the consideration of the non-rigid Earth nutation theory
Root L., Rivoldini A., De Viron O., Dehant V.: Estimation of Earth interior parameters from a bayesian inversion of nutation time series
Vondrak J., Ron C.: VLBI observations of nutation, its geophysical excitations and determination of some Earth model parameters
Petrov L.: On observability of the free core nutation
Lambert S., Dehant V., Gontier A.-M.: Earth's interior with VLBI.and the celestial reference frame?
Wallace P.T. , Capitaine N.: Concise algorithms for precession-nutation
Damljanovic G. : Better proper motions accuracy for stars with Hipparcos satellite and ground-based observations
Escapa A., Getino J., Ferrandiz J.M: Geopotential of a triaxial Earth with a rigid inner core in Andoyer canonical variables
Folgueira M., Dehant V.: Estimation of the topographic torque at the core-mantle boundary on nutation
Marco F.J., Lopez J.A., Martinez M.J.: Considerations about some problems on functional parametrical models implementation from a discrete set of data
Pashkevich V.V.: Non-rigid Earth rotation series
Tupikova I.V.: Analytical theory for the motion of an asteroid in the gravitational field of a migrating planet
Zerhouni W., Capitaine N., Francou G.: The use of LLR observations (1969-2006) for the determination of the celestial coordinates of the pole
SESSION 3: RELATIVITY IN FUNDAMENTAL ASTRONOMY
Klioner S.A.: Relativity in fundamental astronomy: solved and unsolved problems
Hestroffer D., Mouret S., Berthier J., Mignard F., Tanga P.: Local tests of GR and reference frames linking with GAIA astrometry of asteroids
Eroshkin G J., Pashkevich V.V.: Geodetic relativistic rotation of the solar system bodies
Klioner S.A., Soffel M.H., Le Poncin-Lafitte C.: Towards the relativistic theory of precession and nutation
SESSION 4: PREDICTION, COMBINATION AND GEOPHYSICAL INTERPRETATION OF EARTH ORIENTATION PARAMETERS
Wooden W.: Activities of the IERS Working Group on prediction
Altamimi Z., Gambis D., Bizouard C.: Rigorous combination to ensure ITRF and EOP consistency
Kosek W., Kalarus M., Niedzielski T.: Forecasting of the Earth orientation parameters - comparison of different algorithms
Kalarus M., Kosek W., Schuh EL: Current results of the Earth orientation parameters prediction comparison campaign
Stamatakos N., Luzum B., Wooden W.: Recent improvements in IERS rapid service/prediction center products
Nothnagel A., Rothacher M., Angermann D., Artz, T., Bokmann, S. et al.: GGOS-D: A German project on the integration of space geodetic techniques
Stefka V., Pesek L, Vondrak J.: Three-year solution of EOP by combination of results of different space techniques
Kliigel T., Schreiber U., Schliiter., Velikoseltsev A.: Advances in inertial Earth rotation measurements - New data from the Wettzell G ring laser
Salstein D.A., Nastula J., Quinn K., Macmillan D., Mendes Cerveira P.J.: Atmospheric excitation of Earth rotation/polar motion at high temporal resolution
Brzezihski A.: On the influence of diurnal atmospheric tides on Earth rotation
Englich S., Weber R., Schuh H.: Empirical validation of the conventional model for length of day variations due to zonal tides
Korbacz A. , Brzezinski A., Thomas M.: Geophysical excitation of LOD/UT1 estimated from the output of the global circulation models of the atmosphere - ERA-40 reanalysis and of the ocean - OMCT
Kudryashova M.V.: Geophysical excitation of diurnal prograde polar motion derived from different OAM and AAM data
Seoane L., Bizouard C., Gambis D.: Polar motion interpretation using gravimetric observation
Wooden W.: Summary of the discussion on the prediction of Earth Orientation Parameters
Akimenko Y., Spiridonov E., Tsurkis E.: Estimation of coefficients of differential equations modeling the polar motion
Bolotina O., Bolotin S., Khoda O., Bizouard Ch.: Combination of different space geodetic techniques: algorithm of parameters estimation
Chapanov Ya., Gambis D.: Correlation between the solar activity cycles and the Earth rotation
Chapanov Ya., Ron C., Vondrak J.: Estimation of the short-term zonal tides from UT1 observations
Gambis D., Richard J.Y., Salstein D.: Use of atmospheric angular momentum for UT1 prediction
Gross R. S., De Viron O., van Dam T.: The impact on EOF predictions of AAM forecasts from the ECMWF and NCEP
Haas R., Wagner J., Ritakari J., Mujunen A., Sekido M. et al.: Report on the Fennoscandian-Japanese project for near real-time UTl-observations with e-VLBI
Masaki Y.: Meteorological interpretation of transient LOD changes
Morcov G.: The polar motion and the draconitic period
Nastula J., Kolaczek B., Salstein, D.A.: Comparison of hydrological and GRACE-based excitation functions of polar motion in the seasonal spectral band
Niedzielski T., Kosek W.: Forecasting irregular variations of UT1-UTC and LOD data caused by ENSO
Rzeszotko A., Kosek W., Popinski W.: The influence of variable amplitudes and phases of the most energetic oscillations in the EOF on their prediction errors
Varga P., Bus Z., Siile B., Bizouard Ch., Gambis D. et al.: Correspondence of EOF and geomagnetic field
Wang W.-J., Shen W.-B., Zhang H.-W.: Verifications for multiple solutions of Earth rotation |
| Numéro de notice : |
14469 |
| Affiliation des auteurs : |
non IGN |
| Thématique : |
POSITIONNEMENT |
| Nature : |
Actes |
| DOI : |
sa |
| En ligne : |
https://syrte.obspm.fr/journees2007/pdf/ |
| Format de la ressource électronique : |
URL |
| Permalink : |
https://documentation.ensg.eu/index.php?lvl=notice_display&id=34660 |
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Vers un futur repère de référence céleste : Journées 2007, systèmes de référence spatio-temporels, Paris, 17-19 septembre 2007 (2008)
