Program ETERNA, version 3.21 950117 Fortran 77, file: FROM TSF #################################################################### # STATION 6085 BOULDER - TABLE MOUNTAIN COLORADO # # 40.1308 N -105.2328 O H 1682 M # # INSTRUMENT : CO24 GWR # # MAINTENANCE : Tonie van Dam # # Processing : Tonie van Dam and O. Francis # # Phase lag : 37 sec # #################################################################### Latitude: 40.1308 deg, longitude:254.7672 deg, azimuth: .000 deg. Summary of observation data : 19950411 90000...19950613150000 19950615 90000...19950723150000 19950725 90000...19960115150000 19960117 20000...19960130230000 19960201 60000...19961119150000 19961121 90000...19970913160000 19970916 10000...19971231 90000 19980101 90000...19980109 90000 19980117 90000...19980324190000 19980326180000...19980409150000 19980411 90000...19980717120000 19980718 50000...19980721100000 19980722 30000...19980727 50000 19980727220000...19980731150000 Initial epoch for tidal force : 1995. 4.11. 0 Number of recorded days in total : 1182.63 TAMURA 1987 tidal potential used. WAHR-DEHANT-ZSCHAU inelastic Earth model used. UNITY window used for least squares adjustment. Numerical filter is PERTSEV 1959 with 51 coefficients. Estimation of noise by FOURIER-spectrum of residuals 0.1 cpd band99999.9990 nm/s**2 1.0 cpd band .0420 nm/s**2 2.0 cpd band .0184 nm/s**2 3.0 cpd band .0132 nm/s**2 4.0 cpd band .0087 nm/s**2 white noise .0150 nm/s**2 adjusted tidal parameters : from to wave ampl. ampl.fac. stdv. ph. lead stdv. [cpd] [cpd] [nm/s**2 ] [deg] [deg] .721499 .833113 SGQ1 2.650 1.17185 .01203 .7874 .6889 .851182 .859691 2Q1 8.928 1.15109 .00376 1.0281 .2151 .860896 .870023 SGM1 10.893 1.16373 .00304 1.0766 .1742 .887325 .896130 Q1 67.978 1.15974 .00047 1.3136 .0272 .897806 .906315 RO1 12.930 1.16135 .00244 1.3649 .1397 .921941 .930449 O1 356.573 1.16474 .00009 1.3207 .0050 .931964 .940488 TAU1 4.638 1.16148 .00442 .6484 .2532 .958085 .966756 NO1 27.924 1.15980 .00090 1.1425 .0517 .968565 .974189 CHI1 5.367 1.16543 .00580 .4038 .3327 .989048 .995144 PI1 9.626 1.15557 .00261 1.9996 .1497 .996967 .998028 P1 166.012 1.16544 .00015 1.2643 .0089 .999852 1.000148 S1 5.006 1.48610 .00917 15.7059 .5590 1.001824 1.003651 K1 497.080 1.15452 .00006 1.3328 .0033 1.005328 1.005623 PSI1 4.401 1.30651 .00658 1.6638 .3777 1.007594 1.013689 PHI1 7.379 1.20356 .00355 .6699 .2036 1.028549 1.034467 TET1 5.416 1.17646 .00565 1.7022 .3238 1.036291 1.044800 J1 28.453 1.18183 .00113 1.3306 .0645 1.064841 1.071083 SO1 4.781 1.19717 .00727 1.4039 .4165 1.072583 1.080945 OO1 15.547 1.18013 .00321 .3098 .1837 1.099161 1.216397 NU1 2.981 1.18173 .01635 .6172 .9368 1.719380 1.837970 EPS2 3.818 1.17679 .00286 .1220 .1636 1.853920 1.862429 2N2 12.962 1.16502 .00092 -.1891 .0525 1.863634 1.872142 MU2 15.704 1.16956 .00072 -.1155 .0412 1.888387 1.896748 N2 97.275 1.15694 .00011 .0492 .0066 1.897954 1.906462 NU2 18.441 1.15473 .00059 .1849 .0336 1.923765 1.942754 M2 509.169 1.15944 .00002 .4968 .0012 1.958232 1.963709 LAM2 3.783 1.16810 .00281 1.0282 .1612 1.965827 1.976926 L2 14.434 1.16284 .00057 .7084 .0326 1.991786 1.998288 T2 14.152 1.18471 .00081 -.0810 .0462 1.999705 2.000766 S2 239.396 1.17169 .00005 -.2231 .0030 2.002590 2.013689 K2 65.163 1.17320 .00023 -.1674 .0131 2.031287 2.047390 ETA2 3.631 1.16922 .00502 -.2716 .2874 2.067579 2.182844 2K2 .919 1.12996 .02004 -1.5922 1.1485 2.753243 2.869714 MN3 1.933 1.06650 .00360 .1616 .2065 2.892640 3.081254 M3 7.088 1.07274 .00096 .2368 .0552 3.791963 3.901458 M4 .107 1.16565 .04273 -.5283 2.4484 Adjusted meteorological or hydrological parameters: no. regr.coeff. stdv. parameter unit 1 -3.54717 .00685 airpress. nm/s**2 / hPa Standard deviation of weight unit: .913 degree of freedom: 27610 Standard deviation: .913 nm/s**2 Routine GEOEXT. Execution time= 176.219 sec <\PRE>