Titlebook: Geodetic Reference Frames; IAG Symposium Munich Hermann Drewes Book 2009 Springer-Verlag Berlin Heidelberg 2009 atmosphere.geodesy.geophysi

聲明

Strengthes and Limitations of the ITRF: ITRF2005 and Beyond detected. Possible causes of this inconsistency include the poor SLR and VLBI networks and their co-locations, systematic errors and possible inconsistent model corrections used in the data analysis of both techniques. As conclusion of this paper, some recommendations for improvements of future ITRF solutions are addressed.

清楚

Influence of Time Variable Effects in Station Positions on the Terrestrial Reference Frameransformation parameters. This is done with respect to discontinuities (caused e.g. by instrumental changes or earthquakes) or periodic signals such as annual variations. This information is then used to compute a second improved iteration of technique multi-year solutions, where these effects are taken into account.

Tartar

存心

Peristalsis

Delectable

Combining One Year of Homogeneously Processed GPS, VLBI and SLR Datalthough non-continuous VLBI observations complicate the situation for Universal Time (UT). Finally, the potential of connecting GPS and SLR by estimating degree one spherical harmonic coefficients of the Earth’s gravity field is analyzed.

Overstate

Die Leistungssteigerung von Gro?dampfkesselnameters (EOP) is now currently applied on a routine basis in a coordinated project of the Groupe de Recherches de Géodésie Spatiale (GRGS). To date, various techniques allow the determination of all or a part of the Earth Orientation Parameters: Laser Ranging to the Moon (LLR) and to dedicated artif

auxiliary

https://doi.org/10.1007/978-3-662-26170-5ed on the combination of epoch normal equations (weekly or session data sets, respectively) of station positions and Earth Orientation Parameters (EOPs) from the geodetic space techniques VLBI, SLR, GPS and DORIS. The procedure includes the datum free accumulation of technique-specific normal equati

制定

https://doi.org/10.1007/978-3-662-30560-7 fully exploited in inter-technique comparisons and combinations as in most cases only station positions and Earth orientation parameters (EOP) are considered. In this contribution we include the troposphere parameters additionally, and it is demonstrated that a combined terrestrial reference frame

OTTER

Günter Müller-Stewens,Gunnar Pautzkearth’s geometry are reflected by vertical and horizontal displacements of geodetic markers. Usually the effect of loading on crustal deformation is computed by means of a weighting function which is based on site-independent load Love numbers (Green’s function). But as the Earth’s crust is composed