1Run 20156-0905
Analysis center: BKG -- Bundesamt fuer Kartographie und Geodaesie
Analyst: Dieter Ullrich ( dieter.ullrich@bkg.bund.de )
Machine: lsv534.bkg x86_64 Linux 3.10.0-1062.4.1.el7.x86_64
Executables: /data/eva/users/ws07/disc1/ana/nuSolve_0.7.0/bin
Solve initials: DU
Spool format: SgLib-0.7.0 (Oakdale)
Local time: 2020.06.04-09:40:11
Correlator type: MK4
Mark-3 db_name:
Data base $20JAN13XA Ver 3
Matrix Condition Number = 1.167445173105776E+11
Listing_Options: CRES_EMULATION NO BASELINES NO MINIMUM NO
Listing_Options: MAPPED_EOP_OUTPUT NO SEG_OUTPUT NO APRIORI_ZENDEL NO
Listing_Options: NRD_TABLE YES CHI_TABLE NO SRC_STAT PRE2004 SEG_STYLE PRE2005
SgLib release : 2020 Mar 03
Flyby Station Cals: DB Station Cals: | DB Non-station Cals: | Atmosphere Partial:
--------------------------------------------------------------------------------------------------
AGGO :NMFDRFLY cable GION | Pol Tide | NMFWTFLY
BADARY :NMFDRFLY GION | WobXCont |
FORTLEZA:NMFDRFLY cable GION | WobYCont |
HART15M :NMFDRFLY GION | EarthTid |
HOBART26:NMFDRFLY GION | Ocean |
KOKEE :NMFDRFLY cable GION | UT1Ortho |
MATERA :NMFDRFLY cable GION | XpYpOrth |
NYALES20:NMFDRFLY cable GION | XpYpLib |
ONSALA60:NMFDRFLY cable GION | UT1Libra |
SEJONG :NMFDRFLY GION | OPTLCont |
SVETLOE :NMFDRFLY GION | |
WETTZELL:NMFDRFLY cable GION | |
ZELENCHK:NMFDRFLY GION | |
--------------------------------------------------------------------------------------------------
CALC Version: 11.02 SgLib-0.7.0 (Oakdale)
20JAN13SA 3 NOT IN SOLUTION
Met Statistics:
Temperature Pressure Humidity
Station average rms average rms average rms
AGGO MET 23.9 2.4 1009.0 1.6 70.7 16.5
BADARY MET -19.9 3.1 920.1 1.4 71.9 6.8
FORTLEZA MET 26.6 0.6 1007.3 0.7 82.0 4.3
HART15M MET 19.6 4.4 863.5 1.0 75.1 11.6
HOBART26 MET 19.9 3.0 1009.5 2.1 73.6 5.7
KOKEE MET 16.6 1.2 887.7 1.0 96.9 2.2
MATERA MET 8.6 3.3 967.8 0.6 88.1 14.8
NYALES20 MET -20.8 1.2 996.2 0.4 72.3 2.4
ONSALA60 MET 5.8 0.6 1000.3 5.2 94.6 4.5
SEJONG MET -1.0 2.1 999.0 0.6 71.4 13.2
SVETLOE MET 2.2 0.8 1000.0 1.4 78.3 1.8
WETTZELL MET 3.8 2.6 946.5 0.8 70.9 26.4
ZELENCHK MET -1.2 1.8 891.6 0.3 65.3 13.1
Run 20156-0905 10421 Observation Pairs Available
Session started on: 2458862.208727 2020.01.13 17:00:34.000 UTC
Actual duration: 86314.000 sec 00 23:58:34.000 sec
Solution type: Group delay X/S combination
Data Type Number of Weighted RMS Normalized RMS Chi Square
Observations Residual Residual (precis)
Used
Delay 9484 40.445 ps 1.00 1.0000
Rate 0 0 fs/s 0.00 0.0000
Combined 0 0.00 0.0000
-----------------------------------------------------------------------
Used quality_code_limit: 5
Number of potentially recoverable observations: 9593
Number of potentially good observations with QC 5-9: 9785
Number of used observations: 9484 ( 98.86%)
Number of suppressed observations: 109 ( 1.14%)
-----------------------------------------------------------------------
Baseline Statistics
Baseline # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R. D.RW R.RW
used/recov ps standard ( 15ps+i) fs/s ps fs/s
AGGO -FORTLEZA 132/ 132 59.6 0.96 1.16 628.4 0.00 5.0 100.0
AGGO -HART15M 51/ 51 53.1 0.91 1.10 1388.1 0.00 5.0 100.0
AGGO -KOKEE 14/ 14 66.2 1.23 1.68 541.0 0.00 5.0 100.0
AGGO -MATERA 34/ 34 64.4 1.05 1.27 649.4 0.00 5.0 100.0
AGGO -NYALES20 10/ 10 34.2 0.66 0.92 299.4 0.00 5.0 100.0
AGGO -ONSALA60 28/ 29 47.6 0.78 0.99 679.2 0.00 5.0 100.0
AGGO -SVETLOE 19/ 19 52.2 0.92 1.23 551.3 0.00 5.0 100.0
AGGO -WETTZELL 43/ 43 50.7 0.92 1.21 312.7 0.00 5.0 100.0
AGGO -ZELENCHK 27/ 27 40.2 0.72 0.95 450.2 0.00 5.0 100.0
BADARY -FORTLEZA 16/ 16 42.2 1.00 1.81 879.4 0.00 5.0 100.0
BADARY -HART15M 68/ 68 41.7 1.00 1.93 218.9 0.00 5.0 100.0
BADARY -HOBART26 34/ 34 32.0 0.72 1.20 646.0 0.00 5.0 100.0
BADARY -KOKEE 157/ 158 35.8 0.89 1.62 266.0 0.00 5.0 100.0
BADARY -MATERA 186/ 186 31.9 0.77 1.46 254.1 0.00 5.0 100.0
BADARY -NYALES20 305/ 306 26.7 0.68 1.48 81.7 0.00 5.0 100.0
BADARY -ONSALA60 207/ 208 30.9 0.78 1.64 382.5 0.00 5.0 100.0
BADARY -SEJONG 234/ 235 45.7 0.91 1.27 192.2 0.00 5.0 100.0
BADARY -SVETLOE 238/ 238 35.8 0.93 2.12 139.0 0.00 5.0 100.0
BADARY -WETTZELL 241/ 241 26.6 0.69 1.49 152.0 0.00 5.0 100.0
BADARY -ZELENCHK 292/ 292 42.4 1.11 2.48 91.1 0.00 5.0 100.0
FORTLEZA-HART15M 123/ 127 47.7 1.15 2.18 1576.8 0.00 5.0 100.0
FORTLEZA-HOBART26 27/ 27 82.4 1.65 2.52 1771.6 0.00 5.0 100.0
FORTLEZA-KOKEE 26/ 27 57.1 1.34 2.40 1774.9 0.00 5.0 100.0
FORTLEZA-MATERA 72/ 72 34.3 0.83 1.54 598.0 0.00 5.0 100.0
FORTLEZA-NYALES20 35/ 36 27.5 0.67 1.21 1052.7 0.00 5.0 100.0
FORTLEZA-ONSALA60 68/ 68 40.3 0.98 1.85 657.0 0.00 5.0 100.0
FORTLEZA-SVETLOE 41/ 41 38.4 0.93 1.71 461.6 0.00 5.0 100.0
FORTLEZA-WETTZELL 77/ 77 39.4 1.00 2.06 538.0 0.00 5.0 100.0
FORTLEZA-ZELENCHK 45/ 50 45.1 1.11 2.03 345.9 0.00 5.0 100.0
HART15M -MATERA 118/ 119 37.6 0.86 1.45 855.5 0.00 5.0 100.0
HART15M -NYALES20 58/ 59 40.2 0.93 1.58 250.3 0.00 5.0 100.0
HART15M -ONSALA60 97/ 97 48.3 1.16 2.14 869.7 0.00 5.0 100.0
HART15M -SEJONG 37/ 38 69.3 1.07 1.25 978.8 0.00 5.0 100.0
HART15M -SVETLOE 90/ 90 37.5 0.92 1.80 238.1 0.00 5.0 100.0
HART15M -WETTZELL 139/ 141 36.0 0.88 1.73 1061.2 0.00 5.0 100.0
HART15M -ZELENCHK 124/ 124 40.0 0.98 1.91 185.1 0.00 5.0 100.0
HOBART26-HART15M 101/ 105 64.5 1.27 1.82 805.7 0.00 5.0 100.0
HOBART26-KOKEE 103/ 104 50.5 1.06 1.55 686.2 0.00 5.0 100.0
HOBART26-MATERA 10/ 10 47.6 0.91 1.28 685.4 0.00 5.0 100.0
HOBART26-NYALES20 15/ 15 34.4 0.75 1.10 544.3 0.00 5.0 100.0
HOBART26-ONSALA60 11/ 11 30.3 0.56 0.72 2162.6 0.00 5.0 100.0
HOBART26-SEJONG 90/ 90 59.8 0.90 1.10 228.8 0.00 5.0 100.0
HOBART26-SVETLOE 12/ 12 33.2 0.77 1.20 803.0 0.00 5.0 100.0
HOBART26-WETTZELL 8/ 8 53.1 1.00 1.53 2360.9 0.00 5.0 100.0
HOBART26-ZELENCHK 12/ 13 15.9 0.36 0.57 325.8 0.00 5.0 100.0
KOKEE -MATERA 88/ 88 42.9 0.95 1.54 1300.5 0.00 5.0 100.0
KOKEE -NYALES20 188/ 189 36.5 0.90 1.74 493.7 0.00 5.0 100.0
KOKEE -ONSALA60 114/ 115 42.5 1.01 1.74 937.1 0.00 5.0 100.0
KOKEE -SEJONG 197/ 197 50.0 0.95 1.28 694.6 0.00 5.0 100.0
KOKEE -SVETLOE 109/ 110 47.8 1.17 2.21 597.1 0.00 5.0 100.0
KOKEE -WETTZELL 132/ 133 41.3 1.02 1.98 565.6 0.00 5.0 100.0
KOKEE -ZELENCHK 124/ 125 52.6 1.29 2.45 669.0 0.00 5.0 100.0
MATERA -NYALES20 230/ 230 31.7 0.77 1.47 291.6 0.00 5.0 100.0
MATERA -ONSALA60 280/ 281 33.7 0.81 1.51 573.1 0.00 5.0 100.0
MATERA -SVETLOE 211/ 212 36.3 0.90 1.79 195.7 0.00 5.0 100.0
MATERA -WETTZELL 293/ 293 27.7 0.70 1.46 459.5 0.00 5.0 100.0
MATERA -ZELENCHK 220/ 259 43.3 1.09 2.18 160.9 0.00 5.0 100.0
NYALES20-ONSALA60 263/ 263 29.2 0.74 1.53 207.5 0.00 5.0 100.0
NYALES20-SVETLOE 264/ 265 38.2 0.98 2.16 147.8 0.00 5.0 100.0
NYALES20-WETTZELL 288/ 289 27.3 0.71 1.57 145.8 0.00 5.0 100.0
NYALES20-ZELENCHK 293/ 298 45.9 1.17 2.51 142.0 0.00 5.0 100.0
ONSALA60-SVETLOE 228/ 229 38.7 1.00 2.19 257.5 0.00 5.0 100.0
ONSALA60-WETTZELL 290/ 292 31.4 0.82 1.83 256.9 0.00 5.0 100.0
ONSALA60-ZELENCHK 249/ 255 47.6 1.21 2.60 519.2 0.00 5.0 100.0
SEJONG -MATERA 97/ 99 73.2 0.93 1.04 328.4 0.00 5.0 100.0
SEJONG -NYALES20 186/ 186 51.2 0.88 1.11 161.4 0.00 5.0 100.0
SEJONG -ONSALA60 129/ 130 71.3 0.95 1.07 475.6 0.00 5.0 100.0
SEJONG -SVETLOE 133/ 133 68.0 1.11 1.33 230.9 0.00 5.0 100.0
SEJONG -WETTZELL 145/ 146 52.1 0.90 1.12 209.5 0.00 5.0 100.0
SVETLOE -WETTZELL 258/ 258 33.1 0.86 1.93 136.3 0.00 5.0 100.0
SVETLOE -ZELENCHK 285/ 300 54.3 1.42 3.25 348.9 0.00 5.0 100.0
WETTZELL-ZELENCHK 315/ 316 43.0 1.12 2.52 131.6 0.00 5.0 100.0
Not included:
AGGO -HOBART26 0/ 0 deselected
FORTLEZA-SEJONG 0/ 0 deselected
SEJONG -ZELENCHK 0/ 0 deselected
Source Statistics
Source # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R.
ps standard ( 15ps) fs/s
1622-253 A 5/ 6 78.5 1.71 2.78 382.9 0.00
1639+230 B 81/ 81 43.1 1.00 1.77 1172.0 0.00
OJ287 C 493/ 493 30.9 0.79 1.77 528.4 0.00
1639-062 D 232/ 234 38.8 0.90 1.61 410.5 0.00
1725+044 E 108/ 110 43.5 0.98 1.67 338.3 0.00
1751+288 F 360/ 364 34.0 0.83 1.65 315.0 0.00
1651+391 G 24/ 26 28.0 0.66 1.11 262.3 0.00
1616+063 H 85/ 87 47.4 1.01 1.49 1838.7 0.00
1243-072 I 37/ 38 38.2 0.90 1.69 578.3 0.00
1255-316 J 20/ 20 46.8 0.89 1.21 1557.7 0.00
1538+149 K 27/ 27 40.1 0.91 1.63 161.9 0.00
1300+580 L 213/ 215 41.7 0.95 1.67 329.5 0.00
1324+224 M 184/ 185 44.2 1.05 2.06 214.7 0.00
1508+572 N 13/ 13 50.3 1.24 2.25 134.3 0.00
1334-127 O 297/ 297 45.2 1.08 2.28 636.5 0.00
1424-418 P 35/ 35 63.2 1.32 2.23 1480.3 0.00
1758-651 Q 9/ 10 84.0 1.36 1.68 420.4 0.00
2309+454 R 26/ 29 45.6 1.05 1.94 81.1 0.00
2319+317 S 14/ 15 23.3 0.59 1.24 190.2 0.00
1759-396 T 12/ 13 60.7 1.14 1.61 555.2 0.00
2336+598 U 56/ 58 40.0 0.90 1.45 96.8 0.00
2355-106 V 184/ 185 32.4 0.77 1.40 272.6 0.00
NRAO150 W 27/ 27 40.6 1.08 2.64 322.5 0.00
3C418 X 768/ 771 36.0 0.90 1.94 134.5 0.00
NGC1052 Y 17/ 18 66.4 1.55 2.67 56.2 0.00
2255-282 Z 25/ 25 47.7 1.14 2.38 898.1 0.00
1806+456 A 273/ 277 41.2 0.96 1.73 460.2 0.00
1823+689 B 10/ 11 60.8 1.23 1.71 48.8 0.00
2155+312 C 10/ 11 39.8 0.80 1.21 64.6 0.00
1846+322 D 55/ 57 38.6 0.88 1.48 157.6 0.00
1921-293 E 16/ 16 42.9 1.01 1.76 656.4 0.00
2106-413 F 12/ 13 90.9 1.41 1.65 319.6 0.00
1936-155 G 204/ 205 44.2 1.01 1.83 462.0 0.00
2106+143 H 80/ 80 60.4 1.30 2.21 93.6 0.00
1213-172 I 56/ 56 38.5 0.91 1.70 963.0 0.00
0420-014 J 277/ 278 33.2 0.82 1.72 639.0 0.00
0434-188 K 7/ 7 37.8 0.85 1.41 1426.0 0.00
1144+402 L 306/ 307 36.4 0.90 1.87 161.8 0.00
0515+208 M 17/ 17 62.3 1.44 2.65 67.1 0.00
0537-286 N 30/ 31 47.5 0.83 1.00 1021.3 0.00
0537-441 O 38/ 38 45.7 0.91 1.39 809.7 0.00
0530-727 P 20/ 20 60.8 1.08 1.45 430.4 0.00
0402-362 Q 43/ 43 52.2 1.03 1.58 1124.7 0.00
0016+731 R 899/ 909 46.1 1.09 2.13 132.8 0.00
0055-059 S 20/ 20 48.7 1.03 1.48 330.6 0.00
0308-611 T 30/ 32 70.3 1.37 1.95 712.6 0.00
0104-408 U 38/ 38 62.5 1.32 2.26 1736.9 0.00
0131-522 V 41/ 44 63.7 1.23 1.82 1240.5 0.00
0307+380 W 9/ 9 37.6 0.79 0.98 347.5 0.00
0133+476 X 372/ 373 44.7 1.07 2.22 144.6 0.00
0134+311 Y 7/ 7 50.6 1.16 2.05 102.8 0.00
0548+084 Z 12/ 16 66.9 1.20 1.60 126.6 0.00
0955+476 A 708/ 714 35.1 0.85 1.70 216.3 0.00
1012+232 B 33/ 34 46.9 1.07 1.72 219.8 0.00
0613+570 C 561/ 568 41.0 0.98 1.95 208.4 0.00
1015+359 D 104/ 105 42.6 0.99 1.75 173.4 0.00
1034-293 E 3/ 4 24.7 0.59 0.96 240.0 0.00
1143-696 F 2/ 2 39.2 0.66 0.79 442.0 0.00
1039+811 G 122/ 123 28.3 0.71 1.51 66.6 0.00
1104-445 H 13/ 13 95.6 1.50 1.89 530.8 0.00
0920-397 I 0/ 0 0.0 0.00 0.00 0.0 0.00
0642-349 J 5/ 5 51.6 0.94 1.30 143.9 0.00
0648-165 K 200/ 201 41.7 0.95 1.77 877.5 0.00
0834-201 L 3/ 3 39.9 0.80 1.60 51.9 0.00
0656+082 M 106/ 106 39.2 0.92 1.66 190.8 0.00
0716+714 N 813/ 819 38.5 0.93 1.87 135.6 0.00
0821+394 O 296/ 309 45.9 1.14 2.28 563.0 0.00
0723+219 P 103/ 108 41.2 0.95 1.67 140.3 0.00
0808+019 Q 178/ 182 33.2 0.78 1.43 938.5 0.00
Station Statistics
Station # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R.
ps standard ( 15ps) fs/s
AGGO 358/ 359 54.9 0.93 1.17 709.7 0.00
BADARY 1978/ 1982 34.8 0.86 1.77 152.8 0.00
FORTLEZA 662/ 673 45.7 1.04 1.83 1118.7 0.00
HART15M 1006/ 1019 44.3 1.02 1.81 1033.2 0.00
HOBART26 423/ 429 54.2 1.06 1.53 947.3 0.00
KOKEE 1252/ 1260 44.3 1.03 1.81 836.5 0.00
MATERA 1839/ 1883 36.1 0.86 1.60 518.0 0.00
NYALES20 2135/ 2146 35.1 0.86 1.76 197.5 0.00
ONSALA60 1964/ 1978 38.1 0.93 1.86 419.7 0.00
SEJONG 1248/ 1254 55.2 0.95 1.19 375.9 0.00
SVETLOE 1888/ 1907 42.0 1.05 2.22 253.2 0.00
WETTZELL 2229/ 2237 34.5 0.86 1.81 352.3 0.00
ZELENCHK 1986/ 2059 46.2 1.18 2.54 269.6 0.00
*** Flyby Status ***
directory: /data/eva/users/ws07/disc1/dul/nuSolve_savefiles/
Station Source Nutation Nutation Earth Earth Station Pressure EOP Intp. EOP Intp. High Freq Axis
Positions Positions Model Time Rotation Rotation Velocity Loading Smoothing Smoothing EOP Offset
Series Series Interpol. Model CALC Mod File Model Mod File
--------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- ---------
vtrf2008a glo_bkg_i NONE NONE usno_fina C. Spline vtrf2008a NONE NO_ZONAL N/A NONE gsfc_itrf
Site Plate Map: /data/eva/users/ws07/disc1/dul/nuSolve_savefiles//sitpl.dat
Parameter adjustments for run 20156-0905 User=DU
Reference epoch for polynomial models: 20/01/14 00:00
Parameter Adjustment a-sigma m-sigma
WETTZELL CLCK 20/01/13 17:00 Reference
Station positions are for epoch: 2020.01.14-03:57:38
1. AGGO 7641 SOAM X Comp 2765116700.29 mm 7.235 mm 10.128 mm 10.128 mm
2. AGGO 7641 SOAM Y Comp -4449233803.83 mm -28.600 mm 12.820 mm 12.820 mm
3. AGGO 7641 SOAM Z Comp -3626420577.71 mm -12.032 mm 9.482 mm 9.482 mm
AGGO 7641 U Comp 29.94 mm 29.941 mm 17.603 mm 17.603 mm
AGGO 7641 E Comp -8.95 mm -8.952 mm 4.107 mm 4.107 mm
AGGO 7641 N Comp 6.20 mm 6.201 mm 5.488 mm 5.488 mm
4. AGGO CL 0 20/01/13 17:00 8215870.204 ns 0.073 ns 0.073 ns
5. AGGO CL 1 20/01/13 17:00 17.367 D-14 0.131 D-14 0.131 D-14
6. AGGO CL 2 20/01/13 17:00 0.938 D-14/day 0.276 D-14/day 0.276 D-14/day
33. AGGO AT 0 20/01/13 17:00 658.852 ps 21.940 ps 21.939 ps
AGGO Atm 2020.01.14-05:01:53.181 Avg: 658.784 ps Rms: 46.827 ps Tot_Rms: 46.826 ps
60. AGGO NG 20/01/13 17:00 -20.717 mm 11.467 mm 11.467 mm
61. AGGO EG 20/01/13 17:00 -28.264 mm 7.561 mm 7.561 mm
62. AGGO NG 20/01/14 16:59 11.082 mm 5.927 mm 5.927 mm
63. AGGO EG 20/01/14 16:59 14.954 mm 3.493 mm 3.493 mm
64. BADARY CL 0 20/01/13 17:00 335034.365 ns 0.020 ns 0.020 ns
65. BADARY CL 1 20/01/13 17:00 4.480 D-14 0.102 D-14 0.102 D-14
66. BADARY CL 2 20/01/13 17:00 -0.232 D-14/day 0.203 D-14/day 0.203 D-14/day
93. BADARY AT 0 20/01/13 17:00 99.671 ps 8.112 ps 8.112 ps
BADARY Atm 2020.01.14-03:29:54.962 Avg: 98.478 ps Rms: 9.767 ps Tot_Rms: 9.767 ps
120. BADARY NG 20/01/13 17:00 -4.534 mm 0.960 mm 0.960 mm
121. BADARY EG 20/01/13 17:00 -0.183 mm 1.242 mm 1.242 mm
122. BADARY NG 20/01/14 16:59 1.353 mm 0.503 mm 0.503 mm
123. BADARY EG 20/01/14 16:59 0.076 mm 0.598 mm 0.598 mm
124. FORTLEZA CL 0 20/01/13 17:00 111767.778 ns 0.022 ns 0.022 ns
125. FORTLEZA CL 1 20/01/13 17:00 38.224 D-14 0.109 D-14 0.109 D-14
126. FORTLEZA CL 2 20/01/13 17:00 -2.509 D-14/day 0.213 D-14/day 0.213 D-14/day
153. FORTLEZA AT 0 20/01/13 17:00 1080.057 ps 8.619 ps 8.619 ps
FORTLEZA Atm 2020.01.14-06:13:44.669 Avg: 1079.819 ps Rms: 49.250 ps Tot_Rms: 49.250 ps
180. FORTLEZA NG 20/01/13 17:00 -2.591 mm 2.215 mm 2.215 mm
181. FORTLEZA EG 20/01/13 17:00 0.654 mm 1.608 mm 1.608 mm
182. FORTLEZA NG 20/01/14 16:59 -0.165 mm 1.056 mm 1.056 mm
183. FORTLEZA EG 20/01/14 16:59 0.506 mm 0.757 mm 0.757 mm
184. HART15M CL 0 20/01/13 17:00 123917.982 ns 0.021 ns 0.021 ns
185. HART15M CL 1 20/01/13 17:00 18.919 D-14 0.105 D-14 0.105 D-14
186. HART15M CL 2 20/01/13 17:00 0.404 D-14/day 0.211 D-14/day 0.211 D-14/day
213. HART15M AT 0 20/01/13 17:00 540.153 ps 8.206 ps 8.206 ps
HART15M Atm 2020.01.14-04:29:13.704 Avg: 520.735 ps Rms: 72.762 ps Tot_Rms: 72.761 ps
240. HART15M NG 20/01/13 17:00 -2.370 mm 0.923 mm 0.923 mm
241. HART15M EG 20/01/13 17:00 -10.646 mm 1.381 mm 1.381 mm
242. HART15M NG 20/01/14 16:59 2.922 mm 0.448 mm 0.448 mm
243. HART15M EG 20/01/14 16:59 5.645 mm 0.606 mm 0.606 mm
244. HOBART26 CL 0 20/01/13 17:00 130261.140 ns 0.028 ns 0.028 ns
245. HOBART26 CL 1 20/01/13 17:00 45.971 D-14 0.125 D-14 0.125 D-14
246. HOBART26 CL 2 20/01/13 17:00 -2.191 D-14/day 0.243 D-14/day 0.243 D-14/day
273. HOBART26 AT 0 20/01/13 17:00 407.845 ps 8.900 ps 8.900 ps
HOBART26 Atm 2020.01.14-02:49:49.438 Avg: 404.117 ps Rms: 49.434 ps Tot_Rms: 49.433 ps
300. HOBART26 NG 20/01/13 17:00 -2.393 mm 1.337 mm 1.337 mm
301. HOBART26 EG 20/01/13 17:00 4.209 mm 2.174 mm 2.174 mm
302. HOBART26 NG 20/01/14 16:59 2.193 mm 0.806 mm 0.806 mm
303. HOBART26 EG 20/01/14 16:59 -0.350 mm 1.031 mm 1.031 mm
304. KOKEE CL 0 20/01/13 17:00 132850.806 ns 0.021 ns 0.021 ns
305. KOKEE CL 1 20/01/13 17:00 -16.526 D-14 0.109 D-14 0.109 D-14
306. KOKEE CL 2 20/01/13 17:00 0.170 D-14/day 0.217 D-14/day 0.217 D-14/day
333. KOKEE AT 0 20/01/13 17:00 634.064 ps 8.064 ps 8.064 ps
KOKEE Atm 2020.01.14-05:35:20.127 Avg: 631.968 ps Rms: 20.756 ps Tot_Rms: 20.756 ps
360. KOKEE NG 20/01/13 17:00 0.767 mm 0.682 mm 0.682 mm
361. KOKEE EG 20/01/13 17:00 -0.726 mm 0.757 mm 0.757 mm
362. KOKEE NG 20/01/14 16:59 0.216 mm 0.289 mm 0.289 mm
363. KOKEE EG 20/01/14 16:59 0.399 mm 0.288 mm 0.288 mm
364. MATERA CL 0 20/01/13 17:00 108808.096 ns 0.020 ns 0.020 ns
365. MATERA CL 1 20/01/13 17:00 -26.641 D-14 0.104 D-14 0.104 D-14
366. MATERA CL 2 20/01/13 17:00 0.826 D-14/day 0.204 D-14/day 0.204 D-14/day
393. MATERA AT 0 20/01/13 17:00 240.277 ps 8.064 ps 8.064 ps
MATERA Atm 2020.01.14-04:31:45.569 Avg: 245.618 ps Rms: 26.580 ps Tot_Rms: 26.580 ps
420. MATERA NG 20/01/13 17:00 -2.880 mm 0.644 mm 0.644 mm
421. MATERA EG 20/01/13 17:00 1.669 mm 0.746 mm 0.746 mm
422. MATERA NG 20/01/14 16:59 0.143 mm 0.245 mm 0.245 mm
423. MATERA EG 20/01/14 16:59 0.068 mm 0.270 mm 0.270 mm
424. NYALES20 CL 0 20/01/13 17:00 -39952.191 ns 0.020 ns 0.020 ns
425. NYALES20 CL 1 20/01/13 17:00 105.421 D-14 0.101 D-14 0.101 D-14
426. NYALES20 CL 2 20/01/13 17:00 -0.711 D-14/day 0.201 D-14/day 0.201 D-14/day
453. NYALES20 AT 0 20/01/13 17:00 50.136 ps 8.150 ps 8.150 ps
NYALES20 Atm 2020.01.14-03:27:45.783 Avg: 48.913 ps Rms: 7.758 ps Tot_Rms: 7.758 ps
480. NYALES20 NG 20/01/13 17:00 -0.555 mm 0.737 mm 0.737 mm
481. NYALES20 EG 20/01/13 17:00 0.660 mm 0.889 mm 0.889 mm
482. NYALES20 NG 20/01/14 16:59 -0.038 mm 0.462 mm 0.462 mm
483. NYALES20 EG 20/01/14 16:59 -0.771 mm 0.418 mm 0.418 mm
484. ONSALA60 CL 0 20/01/13 17:00 83486.310 ns 0.020 ns 0.020 ns
485. ONSALA60 CL 1 20/01/13 17:00 -35.403 D-14 0.103 D-14 0.103 D-14
486. ONSALA60 CL 2 20/01/13 17:00 0.004 D-14/day 0.204 D-14/day 0.204 D-14/day
513. ONSALA60 AT 0 20/01/13 17:00 244.544 ps 8.011 ps 8.011 ps
ONSALA60 Atm 2020.01.14-04:50:25.630 Avg: 249.262 ps Rms: 70.746 ps Tot_Rms: 70.745 ps
540. ONSALA60 NG 20/01/13 17:00 -1.107 mm 0.665 mm 0.665 mm
541. ONSALA60 EG 20/01/13 17:00 1.305 mm 0.655 mm 0.655 mm
542. ONSALA60 NG 20/01/14 16:59 0.155 mm 0.254 mm 0.254 mm
543. ONSALA60 EG 20/01/14 16:59 -1.237 mm 0.268 mm 0.268 mm
544. SEJONG CL 0 20/01/13 17:00 85696.002 ns 0.021 ns 0.021 ns
545. SEJONG CL 1 20/01/13 17:00 7.162 D-14 0.105 D-14 0.105 D-14
546. SEJONG CL 2 20/01/13 17:00 -0.187 D-14/day 0.213 D-14/day 0.213 D-14/day
573. SEJONG AT 0 20/01/13 17:00 141.707 ps 8.103 ps 8.103 ps
SEJONG Atm 2020.01.14-04:00:40.379 Avg: 144.862 ps Rms: 13.888 ps Tot_Rms: 13.888 ps
600. SEJONG NG 20/01/13 17:00 -1.368 mm 0.749 mm 0.749 mm
601. SEJONG EG 20/01/13 17:00 0.766 mm 0.696 mm 0.696 mm
602. SEJONG NG 20/01/14 16:59 -0.013 mm 0.361 mm 0.361 mm
603. SEJONG EG 20/01/14 16:59 -0.043 mm 0.317 mm 0.317 mm
604. SVETLOE CL 0 20/01/13 17:00 334136.785 ns 0.024 ns 0.024 ns
605. SVETLOE CL 1 20/01/13 17:00 -4.076 D-14 0.106 D-14 0.106 D-14
606. SVETLOE CL 2 20/01/13 17:00 0.646 D-14/day 0.392 D-14/day 0.392 D-14/day
633. SVETLOE AT 0 20/01/13 17:00 119.963 ps 9.147 ps 9.147 ps
SVETLOE Atm 2020.01.14-02:01:47.794 Avg: 123.446 ps Rms: 14.879 ps Tot_Rms: 14.879 ps
660. SVETLOE NG 20/01/13 17:00 -0.692 mm 0.996 mm 0.996 mm
661. SVETLOE EG 20/01/13 17:00 -5.586 mm 1.303 mm 1.303 mm
662. SVETLOE NG 20/01/14 16:59 1.219 mm 0.502 mm 0.502 mm
663. SVETLOE EG 20/01/14 16:59 1.052 mm 0.718 mm 0.718 mm
664. WETTZELL AT 0 20/01/13 17:00 164.148 ps 7.989 ps 7.989 ps
WETTZELL Atm 2020.01.14-05:21:26.682 Avg: 154.310 ps Rms: 30.531 ps Tot_Rms: 30.531 ps
691. WETTZELL NG 20/01/13 17:00 -3.226 mm 0.671 mm 0.671 mm
692. WETTZELL EG 20/01/13 17:00 0.485 mm 0.711 mm 0.711 mm
693. WETTZELL NG 20/01/14 16:59 0.418 mm 0.224 mm 0.224 mm
694. WETTZELL EG 20/01/14 16:59 0.088 mm 0.241 mm 0.241 mm
695. ZELENCHK CL 0 20/01/13 17:00 333327.561 ns 0.020 ns 0.020 ns
696. ZELENCHK CL 1 20/01/13 17:00 -0.669 D-14 0.102 D-14 0.102 D-14
697. ZELENCHK CL 2 20/01/13 17:00 -0.982 D-14/day 0.203 D-14/day 0.203 D-14/day
724. ZELENCHK AT 0 20/01/13 17:00 23.859 ps 8.098 ps 8.098 ps
ZELENCHK Atm 2020.01.14-04:46:41.951 Avg: 24.506 ps Rms: 34.763 ps Tot_Rms: 34.762 ps
751. ZELENCHK NG 20/01/13 17:00 -11.032 mm 1.325 mm 1.325 mm
752. ZELENCHK EG 20/01/13 17:00 -1.438 mm 1.024 mm 1.024 mm
753. ZELENCHK NG 20/01/14 16:59 0.190 mm 0.499 mm 0.499 mm
754. ZELENCHK EG 20/01/14 16:59 -2.445 mm 0.457 mm 0.457 mm
Atmosphere Constraint Statistics
1. AGGO Input 40.00 ps/h RMS 58.04 ps/h NRMS 1.45 share 0.55 count 26
2. BADARY Input 40.00 ps/h RMS 20.45 ps/h NRMS 0.51 share 0.11 count 26
3. FORTLEZA Input 40.00 ps/h RMS 72.21 ps/h NRMS 1.81 share 0.23 count 26
4. HART15M Input 40.00 ps/h RMS 57.25 ps/h NRMS 1.43 share 0.17 count 26
5. HOBART26 Input 40.00 ps/h RMS 34.33 ps/h NRMS 0.86 share 0.30 count 26
6. KOKEE Input 40.00 ps/h RMS 48.70 ps/h NRMS 1.22 share 0.09 count 26
7. MATERA Input 40.00 ps/h RMS 27.77 ps/h NRMS 0.69 share 0.12 count 26
8. NYALES20 Input 40.00 ps/h RMS 23.27 ps/h NRMS 0.58 share 0.13 count 26
9. ONSALA60 Input 40.00 ps/h RMS 42.09 ps/h NRMS 1.05 share 0.10 count 26
10. SEJONG Input 40.00 ps/h RMS 25.14 ps/h NRMS 0.63 share 0.14 count 26
11. SVETLOE Input 40.00 ps/h RMS 39.66 ps/h NRMS 0.99 share 0.32 count 26
12. WETTZELL Input 40.00 ps/h RMS 30.81 ps/h NRMS 0.77 share 0.08 count 26
13. ZELENCHK Input 40.00 ps/h RMS 53.35 ps/h NRMS 1.33 share 0.13 count 26
Overall RMS 43.78 ps/h NRMS 1.09 share 0.19 count 338
Clock Constraint Statistics
1. AGGO Input 2.00 D-14 RMS 2.10 D-14 NRMS 1.05 share 0.55 count 26
2. BADARY Input 2.00 D-14 RMS 1.01 D-14 NRMS 0.51 share 0.22 count 26
3. FORTLEZA Input 2.00 D-14 RMS 1.90 D-14 NRMS 0.95 share 0.33 count 26
4. HART15M Input 2.00 D-14 RMS 2.32 D-14 NRMS 1.16 share 0.27 count 26
5. HOBART26 Input 2.00 D-14 RMS 2.16 D-14 NRMS 1.08 share 0.45 count 26
6. KOKEE Input 2.00 D-14 RMS 2.32 D-14 NRMS 1.16 share 0.27 count 26
7. MATERA Input 2.00 D-14 RMS 1.78 D-14 NRMS 0.89 share 0.22 count 26
8. NYALES20 Input 2.00 D-14 RMS 1.35 D-14 NRMS 0.67 share 0.21 count 26
9. ONSALA60 Input 2.00 D-14 RMS 1.17 D-14 NRMS 0.58 share 0.21 count 26
10. SEJONG Input 2.00 D-14 RMS 1.76 D-14 NRMS 0.88 share 0.28 count 26
11. SVETLOE Input 2.00 D-14 RMS 1.76 D-14 NRMS 0.88 share 0.42 count 26
12. ZELENCHK Input 2.00 D-14 RMS 2.91 D-14 NRMS 1.45 share 0.22 count 26
Overall RMS 1.95 D-14 NRMS 0.97 share 0.30 count 312
755. X Wobble 0, 20/01/14 04:16 60.4682 masec 232.85 microasec 32.80 microasec 32.80 microasec
756. Y Wobble 0, 20/01/14 04:16 292.7179 masec 105.88 microasec 26.36 microasec 26.36 microasec
757. UT1-TAI 0, 20/01/14 04:16 -37179.3972 msec 37.23 microsec 1.74 microsec 1.74 microsec
758. UT1-TAI 1, 20/01/14 04:16 -0.6175 ms/d -54.58 micros/d 5.04 micros/d 5.04 micros/d
EOP without included hi-freq variations (a-sigmas)
XWOB YWOB UT1-TAI XSIG YSIG USIG
mas mas ms microasec microasec microsec
20/01/14 04:16 60.4682 292.7179 -37179.3972 32.80 26.36 1.74
EOP epoch (TT) MJD: 58862.179162 NUT epoch (TT) MJD: 58862.179162
759. Nutation offset in longitude (Psi) 0.456 mas 50.9 microasec 50.9 microasec
Nutation offset around X-axis (dX) 0.181 mas 20.3 microasec 20.3 microasec
Nutation offset wrt IAU 1980 model (Psi) -108.259 mas 50.9 microasec 50.9 microasec
760. Nutation offset in obliquity (Eps) 0.043 mas 20.9 microasec 20.9 microasec
Nutation offset around Y-axis (dY) 0.043 mas 20.9 microasec 20.9 microasec
Nutation offset wrt IAU 1980 model (Eps) -6.323 mas 20.9 microasec 20.9 microasec
761. AGGO -FORTLEZA Clock offset 40.927 ps 12.370 ps 12.370 ps
762. AGGO -HART15M Clock offset 2.079 ps 13.327 ps 13.327 ps
763. AGGO -KOKEE Clock offset -1.204 ps 22.079 ps 22.078 ps
764. AGGO -MATERA Clock offset 38.076 ps 13.908 ps 13.908 ps
765. AGGO -NYALES20 Clock offset 36.447 ps 20.029 ps 20.029 ps
766. AGGO -ONSALA60 Clock offset 12.472 ps 14.944 ps 14.943 ps
767. AGGO -SVETLOE Clock offset 10.141 ps 16.288 ps 16.287 ps
768. AGGO -ZELENCHK Clock offset 9.104 ps 14.773 ps 14.773 ps
769. BADARY -FORTLEZA Clock offset 12.544 ps 12.576 ps 12.575 ps
770. BADARY -HART15M Clock offset 15.825 ps 7.114 ps 7.114 ps
771. BADARY -HOBART26 Clock offset 52.928 ps 16.435 ps 16.435 ps
772. BADARY -KOKEE Clock offset 5.941 ps 5.576 ps 5.576 ps
773. BADARY -MATERA Clock offset 6.244 ps 4.655 ps 4.655 ps
774. BADARY -NYALES20 Clock offset 2.219 ps 4.121 ps 4.121 ps
775. BADARY -ONSALA60 Clock offset 2.501 ps 4.436 ps 4.436 ps
776. BADARY -SEJONG Clock offset 78.286 ps 6.431 ps 6.431 ps
777. BADARY -SVETLOE Clock offset 1.152 ps 4.404 ps 4.404 ps
778. BADARY -ZELENCHK Clock offset 3.212 ps 4.090 ps 4.090 ps
779. FORTLEZA-HART15M Clock offset 29.347 ps 7.425 ps 7.424 ps
780. FORTLEZA-HOBART26 Clock offset 39.087 ps 22.969 ps 22.968 ps
781. FORTLEZA-KOKEE Clock offset 0.055 ps 12.941 ps 12.941 ps
782. FORTLEZA-MATERA Clock offset -5.354 ps 7.193 ps 7.193 ps
783. FORTLEZA-NYALES20 Clock offset -5.978 ps 9.149 ps 9.149 ps
784. FORTLEZA-ONSALA60 Clock offset 7.122 ps 7.356 ps 7.356 ps
785. FORTLEZA-SVETLOE Clock offset -10.550 ps 8.666 ps 8.666 ps
786. FORTLEZA-ZELENCHK Clock offset -1.267 ps 8.168 ps 8.168 ps
787. HART15M -MATERA Clock offset -16.524 ps 5.949 ps 5.949 ps
788. HART15M -NYALES20 Clock offset -2.034 ps 7.380 ps 7.379 ps
789. HART15M -ONSALA60 Clock offset 11.574 ps 6.112 ps 6.112 ps
790. HART15M -SEJONG Clock offset -130.719 ps 13.551 ps 13.551 ps
791. HART15M -SVETLOE Clock offset -5.945 ps 6.294 ps 6.294 ps
792. HART15M -ZELENCHK Clock offset 8.892 ps 5.696 ps 5.696 ps
793. HOBART26-HART15M Clock offset 140.486 ps 18.244 ps 18.244 ps
794. HOBART26-KOKEE Clock offset -63.132 ps 18.111 ps 18.111 ps
795. HOBART26-MATERA Clock offset -72.668 ps 22.274 ps 22.274 ps
796. HOBART26-NYALES20 Clock offset -53.189 ps 18.932 ps 18.932 ps
797. HOBART26-SEJONG Clock offset -62.167 ps 17.957 ps 17.956 ps
798. HOBART26-SVETLOE Clock offset -60.976 ps 18.624 ps 18.624 ps
799. HOBART26-ZELENCHK Clock offset -86.354 ps 18.812 ps 18.812 ps
800. KOKEE -MATERA Clock offset 13.096 ps 6.569 ps 6.569 ps
801. KOKEE -NYALES20 Clock offset -15.081 ps 5.301 ps 5.301 ps
802. KOKEE -ONSALA60 Clock offset -3.180 ps 5.896 ps 5.896 ps
803. KOKEE -SEJONG Clock offset 68.857 ps 7.483 ps 7.483 ps
804. KOKEE -SVETLOE Clock offset 6.439 ps 6.006 ps 6.006 ps
805. KOKEE -ZELENCHK Clock offset -17.794 ps 5.711 ps 5.711 ps
806. MATERA -NYALES20 Clock offset -10.620 ps 4.339 ps 4.339 ps
807. MATERA -ONSALA60 Clock offset 6.531 ps 4.125 ps 4.125 ps
808. MATERA -SVETLOE Clock offset -15.330 ps 4.469 ps 4.469 ps
809. MATERA -ZELENCHK Clock offset -11.792 ps 4.232 ps 4.232 ps
810. NYALES20-ONSALA60 Clock offset 5.555 ps 4.099 ps 4.099 ps
811. NYALES20-SVETLOE Clock offset 2.235 ps 4.199 ps 4.199 ps
812. NYALES20-ZELENCHK Clock offset 0.315 ps 3.972 ps 3.972 ps
813. ONSALA60-SVETLOE Clock offset -4.339 ps 4.283 ps 4.283 ps
814. ONSALA60-ZELENCHK Clock offset -5.583 ps 4.051 ps 4.051 ps
815. SEJONG -MATERA Clock offset -76.152 ps 9.726 ps 9.725 ps
816. SEJONG -NYALES20 Clock offset -81.769 ps 6.933 ps 6.933 ps
817. SEJONG -ONSALA60 Clock offset 35.314 ps 8.568 ps 8.567 ps
818. SEJONG -SVETLOE Clock offset -96.563 ps 7.764 ps 7.763 ps
819. SVETLOE -ZELENCHK Clock offset 7.272 ps 4.062 ps 4.062 ps
General constraints usage information:
1) CLO_RATE "Clock rate between segments " sigma 2.000E+00 10^-14 sec/sec
2) ATM_RATE "Atmosphere rate between segments" sigma 4.000E+01 psec/hr
Corrected Reduced Chi-Square 1.0000
1 Baseline information for run 20156-0905
Monument to monument values at epoch 2020Jan14
Baseline vector components: Length, Vertical and Transverse components
Vector mag c-sigma Length c-sigma Horizontal c-sigma Vertical c-sigma
(mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm)
AGGO 7641 to BADARY 7382 12503017727.69 13.75 12503017727.69 16.89 10.84 3.59 5.80 7.66 2020/01/14 04:59:51
AGGO 7641 to FORTLEZA 7297 3924365768.91 13.75 3924365768.91 6.05 10.84 3.61 28.48 17.53 2020/01/14 04:59:51
AGGO 7641 to HART15M 7378 7535061450.99 13.75 7535061450.99 10.35 2.75 5.82 17.98 14.69 2020/01/14 04:59:51
AGGO 7641 to HOBART26 7242 9704037895.63 13.75 9704037895.63 15.23 -10.44 3.60 17.20 10.58 2020/01/14 04:59:51
AGGO 7641 to KOKEE 7298 10533026180.35 13.75 10533026180.35 15.15 -4.01 5.74 25.20 9.72 2020/01/14 04:59:51
AGGO 7641 to MATERA 7243 9892818643.77 13.75 9892818643.77 12.72 10.50 3.95 16.80 13.39 2020/01/14 04:59:51
AGGO 7641 to NYALES20 7331 11038685500.05 13.75 11038685500.05 14.48 10.04 3.73 18.45 11.54 2020/01/14 04:59:51
AGGO 7641 to ONSALA60 7213 10371942688.87 13.75 10371942688.87 13.41 10.83 3.58 17.64 12.81 2020/01/14 04:59:51
AGGO 7641 to SEJONG 7368 12731189606.28 13.75 12731189606.28 17.61 -2.32 5.84 11.81 3.54 2020/01/14 04:59:51
AGGO 7641 to SVETLOE 7380 10953581657.62 13.75 10953581657.62 14.27 10.84 3.60 15.27 11.84 2020/01/14 04:59:51
AGGO 7641 to WETTZELL 7224 10084843586.97 13.75 10084843586.97 12.99 10.78 3.71 17.45 13.21 2020/01/14 04:59:51
AGGO 7641 to ZELENCHK 7381 11007209511.57 13.75 11007209511.57 14.38 10.13 4.19 11.76 11.51 2020/01/14 04:59:51
--
Note: a posteriori baseline vectors are expressed in a baseline-centric reference frames. The first basis vector of the
frame, l, is in direction of a priori baseline, (r_2 - r_1). Direction of the second vector, h, is defined by a cross
product of a priori baseline vector and a priori geocentric vector of the 2nd station. The last basis vector, v, is
perpendicular to the vectors l and h and is radially inward at the center of the baseline. For the short baselines, the
vectors l and h are close to the horizontal plane and v is almost vertical (with opposite sign). In the table above the
columns are:
* Vector mag: length of the a posteriori baseline;
* Length: l-component of the baseline;
* Horizontal: h-component of the baseline;
* Vertical: v-component of the baseline;
* c-sigma: calculated (using standard deviations of adjusted station coordinates of baselines) standard deviations
of the corresponding values.