INSTRUMENT    ___Date___ __Time__  _____MJD____    Resid [nm/s2]   Pred. [V]   Obs1 [V]    Obs2 [V]    Prs [hPa]
----------------------------------------------------------------------------------------------------------------
Instrument
GWR-Instruments Inc., San Diego, Calif., Superconducting gravimeter SG054
Station OS = Onsala, Sweden.
The instrument has one sensor.

[PHASE_LAG_1_DEG_CPD]           0.0064
[PHASE_LAG_1_DEG_CPD_ERROR]     0.0001
[N_LATITUDE_DEG]                57.3858
[N_LATITUDE_DEG_ERROR]          0.0001
[E_LONGITUDE_DEG]               011.9266
[E_LONGITUDE_DEG_ERROR]         0.0001
[HEIGHT_M_1]                    05.00
[HEIGHT_M_1_ERROR]              0.01
[GRAVITY_CAL_1_NM/S2_V]         -774.421
[GRAVITY_CAL_1_PERMIL_ERROR]    1.5

Columns
Residual
Resid [nm/s2] = C·(Obs1 - Pred) - B·(Prs - 1000)
Obs1 / 2 = Analog-digital converter 1 / 2
Prs = Atmospheric Pressure readings at site.
C = -774.421 nm/s2/V
B = -3.286 nm/s2/hPa

Predicted tides
Pred. = Tidal coefficients determined from 2.5 years of observations used on the Tamura tide potential. A linear drift has been added.
Not included: The pole tide.
Coefficient table ("delta-factor" = Gain)

 RESULTS: ADMITTANCES, LOCAL COPHASES, DELTA SYSTEM: DEHANT                                
 
 SITE/FILE: G1_1_0906-1105-600s.ts  lon/lat:    11.9260   57.3964
 
 Normalized Chi^2 of fit :  1.16D+02, R=   1.08D+01 , X_1 X_2 =  1.00  2.30, Nev=65
 The error information below is compatible with a unit normalized Chi^2.
 Gain factor shows the NDR
 <rslist>d> RMSu =  10.7747236523218  weff=  1.00000  rchi=  1.00064

      #b  Dominating tide   Frequ.    Amplit.   Phase     Co..admittance parameter..Quad +- 68.3% conf   Gain   Cophase
          argum.numbers     [cyc/d]    [m]      [deg]
 Sa    1  2 0 0 1 0 0-1 0 0.0027378  1.739D-03  340.31     -3.495914 +-0.013568  -1.088490 +-0.013875  3.661452   17.29
 Ssa   3  2 0 0 2 0 0 0 0 0.0054758  1.095D-02  346.83     -1.085954 +-0.002201  -0.018445 +-0.002215  1.086111    0.97
 Sta   5  2 0 0 3 0 0-1 0 0.0082136  6.393D-04  147.14     -2.973178 +-0.037041  -0.119725 +-0.037989  2.975588    2.31
 Sqa   7  2 0 0 4 0 0-2 0 0.0109514  2.605D-05  307.45     -0.144080 +-0.911834  32.269195 +-0.922651 32.269517  -89.74
 Mm    9  2 0 1 0-1 0 0 0 0.0362916  1.244D-02   61.86     -1.125054 +-0.004125   0.032217 +-0.004163  1.125515   -1.64
 Mf   11  2 0 2 0 0 0 0 0 0.0732022  2.354D-02  159.68     -1.145532 +-0.000911  -0.002655 +-0.000913  1.145535    0.13
 Mt   13  2 0 3 0-1 0 0 0 0.1094938  4.507D-03   41.54     -1.138483 +-0.004495   0.039352 +-0.004478  1.139163   -1.98
 Mq   15  2 0 4-2 0 0 0 0 0.1409286  7.197D-04  332.53     -1.136592 +-0.020470   0.094235 +-0.020537  1.140492   -4.74
 Sig1 17  2 1-3 2 0 0 0-1 0.8618093  2.819D-03  212.81     -1.143029 +-0.005938   0.009586 +-0.005936  1.143069   -0.48
 Q1   19  2 1-2 0 1 0 0-1 0.8932441  1.765D-02  143.80     -1.140660 +-0.001714   0.006773 +-0.001714  1.140680   -0.34
 O1   21  2 1-1 0 0 0 0-1 0.9295357  9.218D-02   25.66     -1.143508 +-0.000369  -0.002399 +-0.000369  1.143511    0.12
 M1   23  2 1 0 0 1 0 0 1 0.9664463  7.246D-03  303.47     -1.145967 +-0.006530  -0.006893 +-0.006523  1.145987    0.34
 P1   25  2 1 1-2 0 0 0-1 0.9972621  4.269D-02  198.52     -1.149999 +-0.000562  -0.001715 +-0.000562  1.150000    0.09
 S1   27  2 1 1-1 0 0 1 1 1.0000001  1.006D-03   25.04     -1.085278 +-0.034728   0.001734 +-0.034704  1.085280   -0.09
 K1   29  2 1 1 0 0 0 0 1 1.0027379  1.275D-01  185.41     -1.135942 +-0.000263  -0.002430 +-0.000263  1.135945    0.12
 Psi1 31  2 1 1 1 0 0-1 1 1.0054757  1.095D-03  347.42     -1.242323 +-0.021495  -0.027119 +-0.021506  1.242619    1.25
 Fi1  33  2 1 1 2 0 0 0 1 1.0082137  1.870D-03  352.21     -1.181680 +-0.012791   0.008626 +-0.012784  1.181712   -0.42
 J1   35  2 1 2 0-1 0 0 1 1.0390296  7.262D-03   67.20     -1.157431 +-0.004372   0.003603 +-0.004373  1.157437   -0.18
 OO1  37  2 1 3 0 0 0 0 1 1.0759401  3.971D-03  165.01     -1.150408 +-0.004531  -0.004133 +-0.004528  1.150415    0.21
 3N2  39  2 2-3 2 1 0 0 0 1.8282556  5.285D-04  156.28     -1.129245 +-0.039947   0.027101 +-0.039947  1.129571   -1.37
 2N2  41  2 2-2 2 0 0 0 0 1.8645472  2.188D-03   38.15     -1.132017 +-0.008626  -0.023005 +-0.008628  1.132251    1.16
 N2   43  2 2-1 0 1 0 0 0 1.8959820  1.370D-02  329.13     -1.179091 +-0.002666  -0.044353 +-0.002668  1.179925    2.15
 M2   45  2 2 0 0 0 0 0 0 1.9322736  7.155D-02  211.00     -1.187176 +-0.000414  -0.026325 +-0.000414  1.187467    1.27
 L2   47  2 2 1 0-1 0 0 2 1.9685653  2.022D-03  272.86     -1.182435 +-0.017571   0.011652 +-0.017582  1.182493   -0.56
 S2   49  2 2 2-2 0 0 0 0 2.0000000  3.329D-02   23.85     -1.179903 +-0.000696  -0.006888 +-0.000697  1.179923    0.33
 K2   51  2 2 3 0-1 0 0 0 2.0417675  5.059D-04   72.54     -1.172338 +-0.037756   0.003741 +-0.037764  1.172344   -0.18
 3 0  53  3 0 1 0 0 0 0-1 0.0366011  6.299D-04   79.84     -1.419102 +-0.049099  -0.544442 +-0.049742  1.519956   20.99
 3 1  55  3 1 0 0 0 0 0 2 0.9661368  1.772D-03  105.50     -1.081978 +-0.024307  -0.015757 +-0.024329  1.082092    0.83
 3 2  57  3 2-1 0 0 0 0 1 1.8956725  9.804D-04  311.16     -1.075848 +-0.020630   0.009944 +-0.020630  1.075894   -0.53
 M3   59  3 3 0 0 0 0 0 2 2.8984104  5.073D-04  136.50     -1.078573 +-0.030556  -0.029782 +-0.030556  1.078984    1.58
 40-3 61  4 1-1 0 0 0 0-1 0.9295357  2.217D-05  205.66     -0.527218 +-0.567554   0.250650 +-0.567676  0.583768  -25.43
 M4   63  4 4 0 0 0 0 0 0 3.8645472  3.749D-06   61.99     -0.000140 +-0.000106   0.000098 +-0.000083  0.000170  -34.92
 BARO 65 <d/G1_3_0906-1105-600s.ts>                        -3.286471 +-0.003365
 /    66 Linear [nm/s^2]/(101232*1.66667D-01[h])         -2.6689D+02 +-1.34D-01


.bye