Tables of VLBI solution olc_24d for harmonic station position
variations.
Differences of the solution olc_24d with respect to solution
H1 referred to in the paper
- More data: the last experiment epoch is 2003.09.25
- Time series of snow and soil moisture loading computed on the basis
of Milly and Shmakin (2002) model with 10 days resolution were
used in data reduction
- Time series of the atmospheric pressure loading computed with
using NCEP Reanalysis global meteorological model
Petrov and Boy (2004)
with 6 hourly time resolution was used in data reduction.
- Isobaric mapping function (IMF),
Niell and Petrov (2003), was used in data analysis instead of
NMF.
Plots and tables
- Plots of
amplitudes of harmonic station variations from solution
olc_24d
- Plots of
tidal admittance of harmonic station variations from
solution olc_24d
- Format description of the tables.
- Table of the estimates of harmonic
site position variations for all waves, all stations, all components
in the from of real parts, image parts, formal uncertainties
and correlations.
- Table of the estimates of harmonic
site position variations for all waves, all stations, all components
in the from of amplitude and phase.
- Table of the estimates of the
residual harmonic site position variations after subtracting
variations due to ocean loading model computed on the basis of
ocean tides model GOT00 for all waves, all stations, all components
in the from of real parts, image parts, formal uncertainties
and correlations.
- Table of the estimates of the
residual harmonic site position variations after subtracting
variations due to ocean loading model computed on the basis of
ocean tides model GOT00 for all waves, all stations, all components
in the from of amplitudes and phases.
- Table of the ratios
of the weighted sum of squares of residuals to their mathematical
expectation for all waves after subtraction ocean loading computed
with GOT00 ocean tides model.
Back to the main page of harmonic station position variations
determined by VLBI.
This page was prepared by Leonid Petrov
(
)
Last update: 20-SEP-2004 11:03:01