Proceedings of the
"Journées 2001 Systèmes de Référence Spatio-temporels"
24-26 September 2001 - Brussels, Belgium
Electronic version
Influence of geophysics, time and space reference frames on Earth rotation studies
Influence de la géophysique et des Systèmes de référence spatio-temporels
sur les études de la rotation de la Terre



Journées 2001 Proceedings : global PDF file
(click on the link above to open the PDF file )


Journées 2001 Proceedings: individual PDF files
(click on the titles below to open the corresponding PDF files)

Journées 2001 Proceedings cover
Table of contents
Preface
List of participants
Scientific program
PREFACE
Section I: INFLUENCE OF GEOPHYSICAL AND OTHER EFFECTS ON EARTH'S ORIENTATION: SENSITIVITY OF THE OBSERVING SYSTEMS
Ma, C.: The effect of reference frames on VLBI EOP
Vondrak, J., Ron, C., Gambis, D., Bizouard, C., Weber, R.: Combined celestial pole offsets from VLBI and GPS
Fukushima, T.: Geophysical parameters estimated from VLBI nutation analysis
Huang, Ch., Dehant, V.: Is the differential rotation detectable from Earth nutation?
Mathews, P. M., Bretagnon, P.: High frequency nutations
Malkin, Z.: A comparative analysis of the VLBI nutation series
Feissel, M., Yseboot, M., Dehant, V., De Viron, O., Bizouard, C.: How much may one ''cheat'' the non-rigid earth nutation theory to make it match the VLBI results?
Yaya, P.: Combination of geodetic techniques to determine the Earth orientation parameters
Brzeziński, A.,Capitaine, N.: Lunisolar perturbations in Earth rotation due to the triaxial figure of the Earth: geophysical aspects
Nastula, J.: Atmospheric excitation for polar motion
Bizouard, C., Lambert, S.: Atmospheric and oceanic forcing in polar motion and Length-Of-Day
Sidorenkov, N.: Chandler wobble of the pole part of the inter-annual oscillation of the atmosphere-ocean-earth system
Nastula, J., Kolaczek, B., Salstein, D. A.: Variation of zonal anomalies of atmospheric excitation function for polar motion during 1983-1999
Kosek, W., McCarthy, D. D., Luzum, B. J.: Variations of annual oscillation parameters, El Ni\{n}o and their influence on polar motion prediction errors
Kudlay, O.: Earth orientation parameters irregularity effect on rotational eigenmodes modelling
Schuh, H.,Varga, P.,Seitz, T., Böhm, J., Weber, R. and al: Sub-semidiurnal variations of the EOP observed by space geodesy compared with other geophysical phenomena
Poma, A., Uras, S.: ERP and climate
Kudryashova, M., Vityazev, V., Titov, O.: Analysis of sub diurnal EOP variation
Bougeard, M., Rouveyrollis, N., Gambis, D. : Singular Spectrum Analysis of episodic terms in Polar Motion
Session II: GEODESY AND ROTATION OF THE OTHER PLANETS
Dehant, V., Barriot, J. P., Van Hoolst, T., Defraigne, P., Yseboodt, M., Roosbeek, F.: The Netlander Ionosphere and Geodesy Experiment (neige). Comparison between the nutations of the Earth and of the planet
Rivoldini, A., Defraigne, P., Dehant, V., Van Hoolst, T.: Free and forced response of a non-rigid Mars with an inner-core. Numerical approach
Mioc, V., Stavinschi, M.: Effects of Mars' rotation on orbiter dynamics
De Viron, O., Van Den Acker, E., Van Hoolst, T., Defraigne, P., Dehant, V.: Comparison between the atmospheric forcing on Earth and Mars
Van Hoolst, T., Dehant, V.: Tides on the planets Mars and Mercury
Bouquillon, S.: Mercury libration: first stage
Carpentier, G., Roosbeek, F.: Analytical development of rigid Mercury nutation series
Pletser, V., Lognonne, P., Dehant, V.: How astronauts would conduct a seismic experiment on the planet Mars
Yseboodt, M., Barriot, J.P., Dehant, V.: A simplified analytical formulation of the netlander ionosphere and geodesy experiment orbiter/lander observable
Dehant, V. and al: Free and forced response of a non-rigid mars with an inner-core}
Session III: TIME AND TIME TRANSFER
Petit, G.: The new IAU'2000 conventions for coordinate times and time transformations
Coll, B.: Physical relativistic frames
Teyssandier, P.: Relativistic theory of time and frequency transfers using the Synge's world-function
Mathews, P. M.: Time based on Earth rotation
Dimarcq, N.: Ultra stable clocks on board the International Space Station: the ACES project
Defraigne, P., Bruyninx, C.: Time transfer with geodetic GPS receivers
Session IV: LOCAL, REGIONAL AND GLOBAL TERRESTRIAL FRAMES, STATION POSITIONS AND THEIR INTERPRETATION;
  INFLUENCE OF THE GEOPHYSICAL FLUIDS, TIDAL, OCEAN AND ATMOSPHERIC EFFECTS
Weber, R and al.: Tidal effects in GPS/GLONASS data processing
Hefty, J.: Tidal variations of station coordinates observed in regional GPS network
Bolotina, O., Glushchenko, Yu., Medvedskij, M., Peretyatko, M., Suberlak, V., Yatskiv., D.: SLR Station ''Golosiiv-Kiev``: current state and activity.
Greff, M., Dehant, V., Lognonné, P. : LICODY: The dynamics of the fluid core from gravity signals
Damljanovic, G., De Biasi, M.S., Gerstbach, G.: Classical astrometry longitude and latitude determination by using CCD technic
Martinez, M.J., Lopez, J.A., Marco, F.J.: Variations in the orbital elements of asteroids inducted by the comparison HIPPARCOS-FK5
Session V: EPHEMERIS AND DYNAMICAL REFERENCE SYSTEMS
Soffel, M., Klioner, S.A.: Some questions concerning the new IAU relativistic framework
Klioner, S.A., Soffel, M., Xu, Ch.,Wu, X.: Earth's rotation in the framework of general relativity: rigid multipole moments
Escapa, A., Getino, J., Ferrándiz, J.M.: Application of Poincar\'{e}'s formalism to the free nutations of a three-layer earth model
Pashkevich, V.V.,Eroshkin, G.I.: High-precision numerical theory of the earth rotation: main principles of construction and results
Capitaine, N.: Theoretical considerations on precession and nutation referred to the GCRS
Chapront, J., Francou, G.: Contribution of LLR to fundamental astronomy
Bretagnon, P.: Analytical solution of the Mars motion
Kudryavtsev, S.M.: Compact representation of spherical functions of Sun/Moon coordinates by frequency analysis
Escapa, A., Getino, J., Ferrándiz, J.M.: Influence of the triaxiality of the non-rigid Earth on the j$_{2}$ forced nutations
POSTFACE