*2013/12/16 15:27:35.33 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2003/04/04 23:11:24.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 436 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 1.2 435.6 2 Temperature:Primary 'deg C (ITS90)' 7.752 8.8313 3 Transmissivity %/metre 37.3 54.8 4 Fluorescence:URU:Seapoint mg/m^3 0.208 1.357 5 Oxygen:Dissolved:SBE mL/L 3.09 6.41 6 pH n/a 7.54 7.97 7 Salinity:T0:C0 PSS-78 23.696 29.0179 8 Number_of_bin_records n/a 29 182 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 2 6 -99 ' ' 7 F ' ' 2 7 -99 ' ' 9 F ' ' 4 8 ' ' ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2003-08\derive\2003-08-0013.cn $END *ADMINISTRATION MISSION : 2003-08 AGENCY : IOS, Ocean Science and Productivity, Sidney, BC COUNTRY : Canada PROJECT : Paleoclimate and Oceanography SCIENTIST : Thomson R.E. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : B.C. Inlets STATION : SE03 EVENT NUMBER : 13 LATITUDE : 51 2.86000 N ! (deg min) LONGITUDE : 127 15.54000 W ! (deg min) *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0585 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2023 conductivity:primary ' ' 1763 pressure ' ' 77511 temperature:secondary ' ' 2106 conductivity:secondary ' ' 1764 Fluorometer ' ' Seapoint pH ' ' 0160 oxidation ' ' 0160 transmissometer:primary ' ' 333DR Oxygen:SBE ' ' 0047 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.26F $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.5 2003/06/30 15:57:28 49830 49830 CLEAN 4.3 2003/06/30 16:08:37 49830 49830 SHIFTDAT 3.3 2003/07/05 17:34:48 ? ? SHIFTDAT 3.3 2003/07/05 18:02:25 ? ? SHIFTDAT 3.3 2003/07/05 18:18:12 ? ? DELETE 6.2 2003/07/05 18:33:28 49830 14300 CTDEDIT 4.50 2003/07/06 14:31:52 14300 14300 CALIB 11.1 2003/07/06 16:15:34 14300 14300 CALIB 11.1 2003/07/06 16:19:42 14300 14300 BOXCAR 4.2 2003/07/06 16:30:27 14300 14300 BINAVE 4.0.1 2003/07/06 16:34:10 14300 436 REMOVECH 6.0 2003/07/07 11:48:25 436 436 HDREDIT2 1.6 2003/07/07 12:19:26 ? ? CALIB 11.1 2003/08/12 16:42:20 436 436 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:27:35 436 436 $END $REMARKS CLEAN functions: - Interpolation by Record Number. - Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary [S/m] # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.50 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Oxygen:Dissolved:SBE [mL/L] # of Records to Advance (-ve for Delay): At REC# 0 Shift=220.00 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Fluorescence:URU:Seapoint [mg/m^3] # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 Salinity was recalculated after shift -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 10.00 Minimum Surface Salinity: 5.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 15 Swells deleted. Warning message if pressure difference of 2.00 Drop rates < 0.30m/s (calculated over 15 points) will be deleted. Drop rate applies in the range 10.00 to 425.79 dbars Sample interval (from FILE section of header) = 0.042 seconds. -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2003-08\doc\2003-08RCAL1.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 9 Oxygen:Dissolved:SBE mL/L 10 -0.1390000E+00 0.1152000E+01 -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2003-08\doc\2003-08RCAL2.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 9 Oxygen:Dissolved:SBE mL/L 11 -0.2475000E+00 0.5000000E-03 Pressure -The following FILTER parameters were used. Median filter was used. Filter width = 11 The following channel(s) were filtered. Fluorescence:URU:Seapoint -The following BINAVE parameters were used: Bin channel = Pressure [dbars] Averaging interval = 1.00 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. Scan_Number Temperature:Secondary Conductivity:Primary Conductivity:Secondary Oxidation_Reduction_Potential Descent_Rate Status:Pump Salinity:T1:C1 Flag -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = L:\CRUISE_DATA\2002\2002-16\DOC\2002-16Tempcorr.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 2 Temperature:Primary deg C (IT 10 -0.2700000E-02 0.1000000E+01 $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\data\2003-08\2003-08-00013.dat Software Version Seasave Win32 V 5.26f Temperature SN = 2023 Conductivity SN = 1763 Number of Bytes Per Scan = 30 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Apr 04 2003 23:11:24 NMEA Latitude = 51 02.86 N NMEA Longitude = 127 15.54 W NMEA UTC (Time) = Apr 04 2003 23:11:24 Store Lat/Lon Data = Add to Header Only Ship: CCCG Vector Cruise: 2003-08 Station: SE03 Latitude: Longitude: # nquan = 16 # nvalues = 49830 # units = specified # name 0 = scan: Scan Count # name 1 = prDM: Pressure, Digiquartz [db] # name 2 = t090C: Temperature [ITS-90, deg C] # name 3 = t190C: Temperature, 2 [ITS-90, deg C] # name 4 = c0S/m: Conductivity [S/m] # name 5 = c1S/m: Conductivity, 2 [S/m] # name 6 = xmiss: Beam Transmission, Chelsea/Seatech/Wetlab CStar [%] # name 7 = flSP: Fluorescence, Seapoint # name 8 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 9 = ph: pH # name 10 = orp: Oxidation Reduction Potential [mV] # name 11 = dz/dtM: Descent Rate [m/s] # name 12 = pumps: Pump Status # name 13 = sal00: Salinity [PSU] # name 14 = sal11: Salinity, 2 [PSU] # name 15 = flag: flag # span 0 = 1, 49830 # span 1 = 0.852, 435.793 # span 2 = 7.7513, 8.8345 # span 3 = 7.7500, 8.8317 # span 4 = 2.548431, 3.141264 # span 5 = 2.548917, 3.141275 # span 6 = 77.7165, 86.4211 # span 7 = 1.9780e-01, 3.0549e+00 # span 8 = 2.81456, 6.16188 # span 9 = 7.529, 7.965 # span 10 = 236.7691, 276.0466 # span 11 = -1.061, 0.813 # span 12 = 0, 1 # span 13 = 23.6803, 29.0185 # span 14 = 23.6857, 29.0208 # span 15 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Apr 04 2003 23:11:24 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2023, 03-May-02s # sensor 1 = Frequency 1 conductivity, primary, 1763, 23-Apr-02s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 77511, 30-Sep-99 # sensor 3 = Frequency 3 temperature, secondary, 2106, 19-Apr-02s # sensor 4 = Frequency 4 conductivity, secondary, 1764, 23-Apr-02s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 Fluorometer, Seapoint, primary # sensor 6 = Extrnl Volt 2 pH, 0160, 28-Mar-03 # sensor 7 = Extrnl Volt 3 oxidation reduction potential, 0160, 28-Mar-03 # sensor 8 = Extrnl Volt 4 transmissometer, primary, 333DR, 11-Oct-02 # sensor 9 = Extrnl Volt 6 Oxygen, SBE, primary, 0047, 21-Aug-02 # datcnv_date = Jun 30 2003 12:10:12, 5.28c # datcnv_in = Q:\CTD\2003-08\2003-08-0013.dat Q:\CTD\2003-08\2003-08-0550.CON # datcnv_skipover = 0 # wildedit_date = Jun 30 2003 13:36:59, 5.28c # wildedit_in = Q:\CTD\2003-08\convert\2003-08-0013.cnv # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 50 # wildedit_vars = prDM # wildedit_excl_bad_scans = yes # celltm_date = Jun 30 2003 15:29:40, 5.28c # celltm_in = Q:\CTD\2003-08\wildedit\2003-08-0013.cnv # celltm_alpha = 0.0100, 0.0100 # celltm_tau = 7.0000, 7.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Jun 30 2003 15:34:06, 5.28c # Derive_in = Q:\CTD\2003-08\celltm\2003-08-0013.cnv Q:\CTD\2003-02\CTD0550.CON # file_type = ascii END* CTDEDIT was used to clean salinity lightly. ******************************************************************************** The con file used to convert this file although named 2003-08-0550CTD.con, contains the calibrations for CTD system #0585, the system used for this cast. The time response of the dissolved oxygen sensor is poor. SHIFT was used and corrections have been applied based on titrated samples, but large errors remain and are considered to be of the order: * ±1 ml/l in the top 10m * ±0.8 ml/l from 10 to 125m * ±0.3 ml/l from 125 to 400m * ±0.1 ml/l below 400m The pH, Fluorescence and Transmissivity data are nominal. The pH, Dissolved Oxygen and Transmissivity are unedited except that some full records were removed in the course of editing temperature and salinity. The same is true for fluorescence except that it was put through a median filter. ****************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS !Name Units Fmla Pad Coefficients !---------------------- --------------- ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (-0.139 1.152) Oxygen:Dissolved:SBE mL/L 11 -99 (Pressure) (-0.2475 0.5E-03) Temperature:Primary 'deg C (ITS90)' 10 -99 () (-0.27E-02 1) $END !--1--- ---2---- --3-- ---4--- --5--- --6--- ---7---- -8-- !Pressu Temperat Trans Fluores Oxygen pH Salinity Numb !re ure: missi cence: : :T0:C0 er_o ! Primary vity URU: Dissol ~bin ! Seapoin ved: _rec ! t SBE ords !------ -------- ----- ------- ------ ------ -------- ---- *END OF HEADER 1.2 8.0873 37.3 1.143 6.41 7.96 23.6960 38 2.0 8.0853 37.5 1.225 6.32 7.97 23.7089 66 3.0 8.0821 38.0 1.334 6.22 7.96 23.9054 47 4.0 8.0239 40.4 1.357 6.16 7.95 24.8308 39 5.0 7.9692 43.2 1.350 6.09 7.93 25.4415 35 6.0 7.9441 44.5 1.310 6.04 7.91 25.6009 37 7.0 7.9250 45.3 1.275 5.98 7.90 25.7191 36 8.0 7.8882 45.8 1.264 5.92 7.89 25.9441 35 9.0 7.8417 47.0 1.125 5.88 7.88 26.2777 34 10.0 7.8292 47.5 0.987 5.85 7.87 26.3522 32 11.0 7.8069 47.9 0.916 5.83 7.87 26.4777 32 12.0 7.7846 48.3 0.837 5.82 7.86 26.5716 32 13.0 7.7704 49.0 0.770 5.81 7.85 26.7202 31 14.0 7.7669 49.5 0.664 5.81 7.84 26.7819 30 15.0 7.7659 49.7 0.622 5.82 7.84 26.7999 30 16.0 7.7572 49.8 0.583 5.82 7.84 26.9089 29 17.0 7.7532 50.2 0.527 5.83 7.84 26.9991 30 18.0 7.7520 50.2 0.506 5.84 7.84 27.0936 30 19.0 7.7567 50.2 0.470 5.84 7.84 27.2327 30 20.0 7.7701 50.1 0.450 5.84 7.85 27.3425 31 21.0 7.8059 50.0 0.442 5.83 7.85 27.5052 31 22.0 7.8411 49.8 0.441 5.83 7.86 27.6059 32 23.0 7.8598 49.8 0.447 5.83 7.87 27.6865 31 24.0 7.8721 49.7 0.438 5.83 7.87 27.7716 31 25.0 7.8901 49.7 0.442 5.82 7.87 27.8671 32 26.0 7.9115 49.5 0.442 5.81 7.88 27.9251 31 27.0 7.9190 49.6 0.463 5.80 7.88 27.9623 31 28.0 7.9299 49.4 0.486 5.79 7.88 27.9994 32 29.0 7.9323 49.3 0.483 5.79 7.88 28.0331 31 30.0 7.9222 49.3 0.472 5.78 7.88 28.0930 31 31.0 7.9335 49.3 0.445 5.78 7.88 28.1143 30 32.0 7.9406 49.3 0.451 5.78 7.88 28.1673 32 33.0 7.9376 49.3 0.447 5.77 7.88 28.1953 30 34.0 7.9339 49.3 0.438 5.77 7.87 28.1990 31 35.0 7.9348 49.5 0.439 5.76 7.87 28.2080 31 36.0 7.9351 49.4 0.425 5.75 7.87 28.2202 32 37.0 7.9325 49.4 0.421 5.74 7.87 28.2476 31 38.0 7.9189 49.4 0.409 5.73 7.87 28.2575 31 39.0 7.9176 49.5 0.392 5.73 7.87 28.2642 31 40.0 7.8961 49.5 0.407 5.73 7.87 28.2717 32 41.0 7.8773 49.6 0.376 5.72 7.86 28.2792 31 42.0 7.8718 49.7 0.350 5.72 7.86 28.2848 32 43.0 7.8723 49.9 0.331 5.72 7.86 28.2857 31 44.0 7.8753 50.0 0.335 5.72 7.86 28.2940 32 45.0 7.8762 50.1 0.332 5.71 7.86 28.3006 31 46.0 7.8773 50.1 0.326 5.71 7.86 28.3054 32 47.0 7.8778 50.1 0.323 5.70 7.86 28.3097 31 48.0 7.8781 50.2 0.329 5.70 7.86 28.3132 32 49.0 7.8784 50.2 0.345 5.69 7.86 28.3143 31 50.0 7.8755 50.1 0.331 5.68 7.86 28.3244 32 51.0 7.8721 50.1 0.334 5.68 7.86 28.3312 31 52.0 7.8769 50.3 0.324 5.68 7.86 28.3338 32 53.0 7.8775 50.3 0.320 5.68 7.86 28.3395 32 54.0 7.8659 50.4 0.315 5.68 7.86 28.3396 31 55.0 7.8727 50.4 0.308 5.67 7.86 28.3467 32 56.0 7.8864 50.4 0.325 5.67 7.86 28.3530 31 57.0 7.8825 50.4 0.320 5.66 7.86 28.3544 32 58.0 7.8828 50.4 0.314 5.66 7.86 28.3549 32 59.0 7.9030 50.4 0.325 5.66 7.86 28.3609 31 60.0 7.9129 50.5 0.340 5.64 7.86 28.3685 31 61.0 7.9088 50.3 0.334 5.63 7.86 28.3766 31 62.0 7.9165 50.3 0.334 5.63 7.85 28.3813 32 63.0 7.9206 50.3 0.335 5.61 7.85 28.3850 31 64.0 7.9143 50.5 0.329 5.61 7.85 28.3860 31 65.0 7.9015 50.4 0.329 5.60 7.85 28.3892 32 66.0 7.8955 50.6 0.310 5.58 7.85 28.3909 31 67.0 7.8887 50.7 0.302 5.56 7.85 28.3957 32 68.0 7.8965 50.6 0.299 5.54 7.85 28.4008 31 69.0 7.9030 50.6 0.315 5.52 7.84 28.4050 31 70.0 7.9397 50.8 0.304 5.50 7.84 28.4258 32 71.0 7.9480 50.9 0.297 5.49 7.84 28.4383 31 72.0 7.9449 51.0 0.291 5.47 7.83 28.4419 31 73.0 7.9418 51.0 0.289 5.44 7.83 28.4448 32 74.0 7.9462 51.1 0.283 5.42 7.83 28.4529 31 75.0 7.9388 51.3 0.281 5.39 7.82 28.4552 31 76.0 7.9366 51.5 0.265 5.37 7.82 28.4554 32 77.0 7.9423 51.6 0.261 5.36 7.82 28.4685 31 78.0 7.9528 52.0 0.242 5.34 7.81 28.4766 31 79.0 7.9552 52.2 0.234 5.32 7.80 28.4779 31 80.0 7.9656 52.4 0.230 5.30 7.80 28.4865 31 81.0 7.9687 52.4 0.231 5.26 7.80 28.4899 31 82.0 7.9715 52.4 0.233 5.22 7.80 28.4932 31 83.0 7.9770 52.4 0.231 5.16 7.79 28.4976 31 84.0 7.9801 52.5 0.231 5.10 7.79 28.4990 32 85.0 7.9956 52.6 0.231 5.05 7.79 28.5069 31 86.0 8.0204 52.7 0.230 5.01 7.79 28.5192 31 87.0 8.0344 52.8 0.228 4.96 7.78 28.5304 31 88.0 8.0804 53.0 0.225 4.93 7.77 28.5503 31 89.0 8.0898 53.4 0.222 4.90 7.75 28.5537 31 90.0 8.0958 53.4 0.219 4.88 7.74 28.5563 30 91.0 8.1035 53.5 0.220 4.86 7.74 28.5628 31 92.0 8.1120 53.5 0.217 4.85 7.73 28.5712 31 93.0 8.1154 53.6 0.215 4.84 7.73 28.5745 31 94.0 8.1171 53.7 0.220 4.82 7.72 28.5797 30 95.0 8.1179 53.8 0.219 4.80 7.72 28.5837 31 96.0 8.1183 53.8 0.220 4.79 7.72 28.5858 30 97.0 8.1183 53.9 0.218 4.77 7.72 28.5934 30 98.0 8.1216 53.9 0.220 4.75 7.72 28.6022 31 99.0 8.1270 53.9 0.217 4.73 7.72 28.6059 30 100.0 8.1295 53.9 0.219 4.72 7.72 28.6085 31 101.0 8.1342 53.9 0.224 4.71 7.72 28.6137 30 102.0 8.1364 54.0 0.221 4.69 7.72 28.6156 31 103.0 8.1408 53.8 0.219 4.68 7.71 28.6196 31 104.0 8.1436 53.8 0.221 4.67 7.71 28.6237 30 105.0 8.1483 53.9 0.216 4.66 7.71 28.6320 31 106.0 8.1537 54.1 0.218 4.66 7.71 28.6384 30 107.0 8.1626 54.0 0.216 4.68 7.71 28.6478 31 108.0 8.1666 54.1 0.219 4.70 7.71 28.6533 31 109.0 8.1665 54.0 0.215 4.70 7.70 28.6547 30 110.0 8.1666 54.1 0.215 4.70 7.70 28.6554 31 111.0 8.1648 53.6 0.219 4.70 7.71 28.6588 31 112.0 8.1614 53.9 0.220 4.70 7.71 28.6670 31 113.0 8.1652 53.9 0.218 4.70 7.72 28.6750 30 114.0 8.1699 53.9 0.221 4.69 7.72 28.6818 31 115.0 8.1796 53.9 0.219 4.69 7.73 28.6932 30 116.0 8.1827 53.8 0.217 4.68 7.73 28.6957 30 117.0 8.1851 53.8 0.218 4.68 7.73 28.6976 31 118.0 8.1874 53.8 0.216 4.67 7.73 28.6987 30 119.0 8.1873 53.8 0.217 4.67 7.73 28.6985 30 120.0 8.1875 53.8 0.217 4.66 7.72 28.6986 31 121.0 8.1887 53.7 0.222 4.66 7.73 28.6995 30 122.0 8.1917 53.7 0.218 4.65 7.72 28.7021 31 123.0 8.1941 53.8 0.218 4.65 7.72 28.7042 30 124.0 8.1945 53.7 0.218 4.65 7.72 28.7047 30 125.0 8.1958 53.8 0.221 4.64 7.72 28.7069 31 126.0 8.1972 53.8 0.218 4.62 7.72 28.7124 30 127.0 8.1968 53.8 0.223 4.60 7.72 28.7154 31 128.0 8.1982 53.8 0.219 4.57 7.73 28.7183 30 129.0 8.2030 53.8 0.218 4.54 7.73 28.7218 30 130.0 8.2159 53.7 0.217 4.52 7.72 28.7302 31 131.0 8.2162 53.7 0.216 4.50 7.72 28.7351 30 132.0 8.2501 53.8 0.220 4.49 7.72 28.7531 30 133.0 8.2699 53.9 0.218 4.48 7.71 28.7700 31 134.0 8.2682 53.8 0.217 4.47 7.71 28.7736 30 135.0 8.2738 53.9 0.219 4.45 7.70 28.7765 30 136.0 8.2768 53.9 0.221 4.43 7.70 28.7780 31 137.0 8.2791 53.9 0.219 4.41 7.70 28.7786 30 138.0 8.2803 53.9 0.221 4.38 7.70 28.7791 30 139.0 8.2874 54.0 0.220 4.35 7.70 28.7823 31 140.0 8.2899 54.0 0.221 4.32 7.70 28.7839 30 141.0 8.3073 53.9 0.220 4.30 7.69 28.7931 30 142.0 8.3180 54.1 0.217 4.28 7.69 28.7985 31 143.0 8.3269 54.0 0.221 4.27 7.68 28.8030 31 144.0 8.3410 54.1 0.220 4.26 7.68 28.8084 32 145.0 8.3522 54.2 0.219 4.24 7.67 28.8117 31 146.0 8.3548 54.3 0.220 4.22 7.67 28.8122 32 147.0 8.3561 54.2 0.221 4.20 7.67 28.8127 30 148.0 8.3562 54.1 0.217 4.18 7.67 28.8129 31 149.0 8.3581 54.2 0.217 4.16 7.67 28.8144 31 150.0 8.3705 54.3 0.220 4.14 7.66 28.8200 31 151.0 8.3780 54.3 0.225 4.14 7.66 28.8229 31 152.0 8.3842 54.2 0.219 4.13 7.66 28.8253 30 153.0 8.3908 54.3 0.219 4.13 7.66 28.8281 31 154.0 8.3948 54.4 0.222 4.12 7.65 28.8313 30 155.0 8.3937 54.3 0.219 4.12 7.65 28.8331 31 156.0 8.3887 54.4 0.220 4.11 7.65 28.8332 30 157.0 8.3895 54.3 0.218 4.09 7.65 28.8345 31 158.0 8.3908 54.3 0.214 4.08 7.65 28.8350 30 159.0 8.3899 54.2 0.218 4.08 7.65 28.8352 30 160.0 8.3923 54.3 0.213 4.07 7.65 28.8363 31 161.0 8.4028 54.3 0.214 4.05 7.65 28.8397 30 162.0 8.4058 54.3 0.219 4.04 7.65 28.8417 31 163.0 8.4035 54.2 0.215 4.02 7.65 28.8440 30 164.0 8.4037 54.1 0.217 4.01 7.65 28.8450 31 165.0 8.4133 54.1 0.219 4.00 7.65 28.8491 30 166.0 8.4261 54.1 0.216 3.99 7.65 28.8541 30 167.0 8.4333 54.1 0.215 3.97 7.64 28.8569 30 168.0 8.4355 54.1 0.215 3.96 7.64 28.8574 31 169.0 8.4378 54.1 0.215 3.94 7.64 28.8583 30 170.0 8.4422 54.2 0.216 3.91 7.64 28.8600 31 171.0 8.4460 54.2 0.213 3.88 7.64 28.8612 30 172.0 8.4484 54.2 0.228 3.86 7.64 28.8622 30 173.0 8.4531 54.2 0.215 3.84 7.64 28.8639 31 174.0 8.4699 54.1 0.219 3.83 7.64 28.8718 30 175.0 8.5087 54.2 0.214 3.81 7.63 28.8863 31 176.0 8.5129 54.3 0.217 3.81 7.62 28.8876 30 177.0 8.5119 54.4 0.219 3.79 7.62 28.8874 31 178.0 8.5129 54.2 0.217 3.78 7.62 28.8878 30 179.0 8.5151 54.2 0.215 3.76 7.62 28.8885 31 180.0 8.5147 53.9 0.215 3.75 7.62 28.8884 30 181.0 8.5153 54.1 0.214 3.73 7.62 28.8886 30 182.0 8.5230 54.3 0.213 3.72 7.62 28.8910 31 183.0 8.5299 54.3 0.212 3.70 7.62 28.8934 30 184.0 8.5361 54.2 0.213 3.69 7.61 28.8955 31 185.0 8.5434 54.2 0.214 3.68 7.61 28.8986 30 186.0 8.5492 54.2 0.214 3.66 7.61 28.9009 31 187.0 8.5558 54.1 0.213 3.65 7.61 28.9036 31 188.0 8.5646 54.1 0.214 3.64 7.61 28.9067 30 189.0 8.5681 54.1 0.214 3.64 7.60 28.9082 31 190.0 8.5716 53.9 0.217 3.63 7.60 28.9093 31 191.0 8.5741 54.1 0.216 3.62 7.60 28.9102 31 192.0 8.5750 54.1 0.215 3.60 7.60 28.9104 30 193.0 8.5774 54.2 0.214 3.59 7.60 28.9115 31 194.0 8.5784 54.2 0.216 3.57 7.60 28.9120 31 195.0 8.5821 54.2 0.216 3.55 7.60 28.9132 30 196.0 8.5862 54.1 0.212 3.54 7.60 28.9145 31 197.0 8.5921 54.0 0.212 3.53 7.60 28.9162 30 198.0 8.6022 54.3 0.213 3.52 7.59 28.9194 31 199.0 8.6099 54.1 0.213 3.51 7.59 28.9221 31 200.0 8.6163 54.2 0.217 3.50 7.59 28.9246 30 201.0 8.6196 54.3 0.215 3.49 7.58 28.9259 31 202.0 8.6223 54.2 0.213 3.48 7.58 28.9271 30 203.0 8.6237 54.3 0.214 3.47 7.58 28.9278 31 204.0 8.6243 54.2 0.213 3.46 7.58 28.9281 30 205.0 8.6243 54.3 0.211 3.46 7.58 28.9286 31 206.0 8.6262 54.1 0.215 3.45 7.58 28.9289 30 207.0 8.6308 54.2 0.214 3.44 7.58 28.9304 30 208.0 8.6337 54.3 0.213 3.44 7.58 28.9314 31 209.0 8.6374 54.4 0.215 3.43 7.58 28.9327 30 210.0 8.6383 54.4 0.216 3.43 7.58 28.9330 30 211.0 8.6390 54.5 0.213 3.42 7.58 28.9332 30 212.0 8.6421 54.3 0.213 3.41 7.58 28.9346 31 213.0 8.6450 54.2 0.212 3.41 7.58 28.9358 30 214.0 8.6466 54.3 0.212 3.40 7.58 28.9364 30 215.0 8.6472 54.3 0.212 3.40 7.58 28.9367 31 216.0 8.6470 54.3 0.214 3.39 7.57 28.9366 31 217.0 8.6485 54.4 0.211 3.38 7.57 28.9371 31 218.0 8.6497 54.5 0.214 3.36 7.58 28.9375 31 219.0 8.6506 54.2 0.212 3.33 7.57 28.9378 31 220.0 8.6538 54.4 0.214 3.32 7.57 28.9389 31 221.0 8.6561 54.2 0.214 3.31 7.57 28.9396 31 222.0 8.6605 54.3 0.213 3.30 7.57 28.9407 32 223.0 8.6723 54.4 0.209 3.30 7.57 28.9438 31 224.0 8.6765 54.5 0.208 3.30 7.56 28.9451 32 225.0 8.6777 54.8 0.209 3.30 7.56 28.9457 30 226.0 8.6785 54.7 0.210 3.30 7.56 28.9460 31 227.0 8.6784 54.8 0.210 3.30 7.56 28.9462 31 228.0 8.6775 54.8 0.211 3.30 7.56 28.9463 30 229.0 8.6795 54.7 0.211 3.29 7.56 28.9477 31 230.0 8.6813 54.8 0.212 3.29 7.56 28.9489 31 231.0 8.6831 54.7 0.219 3.29 7.56 28.9498 31 232.0 8.6853 54.6 0.217 3.29 7.56 28.9503 31 233.0 8.6856 54.7 0.211 3.30 7.56 28.9505 32 234.0 8.6846 54.6 0.209 3.31 7.56 28.9503 31 235.0 8.6859 54.6 0.210 3.31 7.56 28.9507 31 236.0 8.6863 54.6 0.213 3.32 7.56 28.9509 32 237.0 8.6861 54.6 0.209 3.32 7.56 28.9513 31 238.0 8.6821 54.5 0.209 3.33 7.57 28.9510 32 239.0 8.6807 54.3 0.210 3.33 7.57 28.9507 31 240.0 8.6791 54.3 0.211 3.34 7.57 28.9505 31 241.0 8.6784 54.2 0.213 3.34 7.57 28.9504 32 242.0 8.6788 54.2 0.213 3.35 7.57 28.9507 31 243.0 8.6783 54.2 0.211 3.35 7.57 28.9511 32 244.0 8.6785 54.2 0.210 3.35 7.58 28.9515 31 245.0 8.6788 54.0 0.209 3.36 7.58 28.9516 32 246.0 8.6792 54.1 0.212 3.36 7.58 28.9524 32 247.0 8.6801 54.1 0.213 3.36 7.58 28.9536 31 248.0 8.6799 53.9 0.216 3.35 7.58 28.9535 33 249.0 8.6801 53.9 0.211 3.35 7.58 28.9536 31 250.0 8.6808 53.9 0.213 3.35 7.58 28.9539 32 251.0 8.6811 53.8 0.213 3.35 7.58 28.9543 31 252.0 8.6826 53.6 0.215 3.36 7.58 28.9550 31 253.0 8.6864 52.9 0.213 3.36 7.58 28.9566 31 254.0 8.6892 53.8 0.212 3.36 7.58 28.9576 31 255.0 8.6894 53.8 0.211 3.36 7.58 28.9578 30 256.0 8.6900 53.8 0.212 3.36 7.58 28.9579 31 257.0 8.6911 53.8 0.208 3.36 7.58 28.9588 31 258.0 8.6917 53.8 0.215 3.36 7.58 28.9596 31 259.0 8.6904 53.7 0.212 3.35 7.58 28.9594 30 260.0 8.6905 53.6 0.212 3.35 7.58 28.9595 31 261.0 8.6913 53.6 0.213 3.35 7.58 28.9600 31 262.0 8.6923 53.6 0.212 3.35 7.58 28.9603 31 263.0 8.6997 53.7 0.211 3.35 7.58 28.9620 31 264.0 8.7036 53.6 0.213 3.35 7.58 28.9630 31 265.0 8.7064 53.6 0.212 3.35 7.58 28.9641 31 266.0 8.7096 53.7 0.210 3.35 7.58 28.9657 31 267.0 8.7098 53.8 0.211 3.35 7.58 28.9663 31 268.0 8.7106 53.8 0.211 3.35 7.58 28.9666 30 269.0 8.7104 53.8 0.213 3.35 7.58 28.9669 31 270.0 8.7101 53.9 0.213 3.35 7.58 28.9669 31 271.0 8.7093 53.7 0.212 3.35 7.58 28.9666 31 272.0 8.7096 53.8 0.209 3.35 7.58 28.9668 31 273.0 8.7096 53.8 0.209 3.35 7.58 28.9667 30 274.0 8.7106 53.8 0.212 3.36 7.58 28.9670 31 275.0 8.7108 53.7 0.217 3.36 7.58 28.9670 31 276.0 8.7107 53.7 0.214 3.37 7.58 28.9671 31 277.0 8.7090 53.8 0.216 3.37 7.58 28.9669 31 278.0 8.7076 53.8 0.209 3.38 7.58 28.9668 30 279.0 8.7035 53.8 0.213 3.38 7.58 28.9662 31 280.0 8.7025 53.9 0.212 3.39 7.59 28.9667 31 281.0 8.7039 53.8 0.215 3.40 7.59 28.9674 31 282.0 8.7050 53.6 0.222 3.40 7.59 28.9677 31 283.0 8.7007 53.8 0.211 3.41 7.59 28.9674 31 284.0 8.6995 53.7 0.209 3.42 7.59 28.9672 31 285.0 8.6994 53.6 0.209 3.42 7.59 28.9673 31 286.0 8.6989 53.8 0.212 3.42 7.59 28.9671 31 287.0 8.6931 53.8 0.211 3.43 7.59 28.9667 31 288.0 8.6856 53.6 0.219 3.43 7.59 28.9662 31 289.0 8.6858 53.4 0.215 3.43 7.60 28.9669 30 290.0 8.6862 53.4 0.214 3.43 7.60 28.9675 31 291.0 8.6872 53.1 0.214 3.43 7.60 28.9686 30 292.0 8.6877 53.0 0.213 3.43 7.60 28.9690 31 293.0 8.6898 53.0 0.212 3.43 7.60 28.9699 31 294.0 8.6894 52.9 0.211 3.43 7.60 28.9697 30 295.0 8.6888 53.0 0.210 3.44 7.60 28.9693 31 296.0 8.6907 52.8 0.212 3.44 7.60 28.9703 31 297.0 8.6916 52.9 0.214 3.44 7.60 28.9710 31 298.0 8.6919 52.7 0.214 3.44 7.60 28.9711 31 299.0 8.6921 52.6 0.214 3.44 7.60 28.9713 31 300.0 8.6925 52.6 0.214 3.44 7.60 28.9715 31 301.0 8.6932 52.4 0.219 3.44 7.60 28.9717 31 302.0 8.6937 52.5 0.217 3.44 7.60 28.9720 32 303.0 8.6943 52.5 0.215 3.43 7.60 28.9724 31 304.0 8.6946 52.5 0.218 3.43 7.60 28.9725 31 305.0 8.6953 52.5 0.215 3.43 7.60 28.9727 31 306.0 8.6961 52.5 0.215 3.43 7.60 28.9732 31 307.0 8.6971 52.4 0.213 3.43 7.60 28.9736 30 308.0 8.6981 52.4 0.212 3.43 7.60 28.9741 31 309.0 8.6989 52.3 0.212 3.43 7.60 28.9745 31 310.0 8.7002 52.2 0.218 3.43 7.60 28.9752 31 311.0 8.7020 52.1 0.212 3.43 7.60 28.9763 31 312.0 8.7030 52.1 0.211 3.43 7.60 28.9769 31 313.0 8.7045 52.0 0.213 3.43 7.60 28.9778 30 314.0 8.7050 51.9 0.214 3.43 7.59 28.9781 31 315.0 8.7081 51.9 0.215 3.43 7.59 28.9793 31 316.0 8.7100 51.8 0.218 3.43 7.59 28.9801 31 317.0 8.7106 51.9 0.214 3.42 7.59 28.9804 30 318.0 8.7115 51.9 0.214 3.42 7.59 28.9807 30 319.0 8.7125 52.0 0.213 3.42 7.59 28.9811 31 320.0 8.7145 52.1 0.217 3.41 7.59 28.9818 31 321.0 8.7166 51.9 0.213 3.41 7.59 28.9828 30 322.0 8.7182 52.0 0.216 3.41 7.59 28.9835 31 323.0 8.7192 52.1 0.215 3.40 7.59 28.9840 30 324.0 8.7197 52.1 0.219 3.40 7.59 28.9842 30 325.0 8.7224 51.9 0.217 3.40 7.59 28.9853 31 326.0 8.7249 52.0 0.211 3.40 7.59 28.9863 31 327.0 8.7267 52.1 0.212 3.40 7.59 28.9869 31 328.0 8.7282 52.2 0.212 3.40 7.59 28.9874 31 329.0 8.7301 52.1 0.214 3.40 7.59 28.9881 30 330.0 8.7311 52.3 0.214 3.39 7.59 28.9885 31 331.0 8.7318 52.2 0.217 3.39 7.59 28.9888 31 332.0 8.7322 52.1 0.214 3.39 7.59 28.9889 31 333.0 8.7335 52.1 0.216 3.38 7.59 28.9894 31 334.0 8.7370 52.1 0.217 3.37 7.59 28.9907 30 335.0 8.7376 52.1 0.215 3.37 7.59 28.9911 31 336.0 8.7396 52.0 0.216 3.37 7.59 28.9917 31 337.0 8.7458 51.9 0.214 3.36 7.59 28.9939 31 338.0 8.7492 51.9 0.212 3.36 7.58 28.9951 30 339.0 8.7510 51.9 0.215 3.36 7.58 28.9957 31 340.0 8.7533 51.9 0.212 3.36 7.58 28.9964 31 341.0 8.7539 51.8 0.234 3.35 7.58 28.9965 31 342.0 8.7539 51.8 0.221 3.35 7.58 28.9965 30 343.0 8.7548 51.7 0.219 3.34 7.58 28.9968 31 344.0 8.7547 51.6 0.219 3.34 7.58 28.9967 31 345.0 8.7556 51.7 0.217 3.33 7.58 28.9970 31 346.0 8.7585 51.7 0.213 3.33 7.58 28.9979 31 347.0 8.7619 51.7 0.213 3.33 7.58 28.9987 30 348.0 8.7622 51.6 0.210 3.33 7.58 28.9989 31 349.0 8.7639 51.8 0.210 3.33 7.58 28.9995 31 350.0 8.7657 51.5 0.212 3.32 7.58 29.0000 31 351.0 8.7664 51.3 0.212 3.32 7.58 29.0002 31 352.0 8.7675 51.4 0.214 3.32 7.57 29.0007 31 353.0 8.7688 51.4 0.214 3.31 7.57 29.0010 31 354.0 8.7696 51.4 0.214 3.31 7.57 29.0011 32 355.0 8.7700 51.3 0.221 3.31 7.57 29.0012 30 356.0 8.7700 51.4 0.216 3.31 7.57 29.0012 31 357.0 8.7702 51.3 0.214 3.30 7.57 29.0013 31 358.0 8.7713 51.3 0.212 3.30 7.57 29.0015 31 359.0 8.7723 51.2 0.212 3.30 7.57 29.0018 31 360.0 8.7748 51.2 0.214 3.29 7.57 29.0025 31 361.0 8.7784 51.4 0.213 3.29 7.57 29.0037 31 362.0 8.7814 51.4 0.211 3.29 7.57 29.0045 31 363.0 8.7817 51.3 0.211 3.29 7.57 29.0044 31 364.0 8.7817 51.2 0.213 3.28 7.57 29.0045 30 365.0 8.7824 51.3 0.209 3.28 7.57 29.0048 31 366.0 8.7833 51.4 0.212 3.28 7.57 29.0049 31 367.0 8.7846 51.4 0.211 3.27 7.57 29.0053 31 368.0 8.7852 51.3 0.225 3.27 7.57 29.0054 31 369.0 8.7885 51.4 0.214 3.27 7.57 29.0063 31 370.0 8.7896 51.3 0.211 3.27 7.57 29.0067 30 371.0 8.7903 51.4 0.213 3.27 7.57 29.0068 31 372.0 8.7906 51.3 0.214 3.27 7.56 29.0069 31 373.0 8.7913 51.4 0.221 3.27 7.56 29.0071 31 374.0 8.7924 51.5 0.217 3.26 7.56 29.0073 31 375.0 8.7924 51.5 0.213 3.26 7.56 29.0073 31 376.0 8.7934 51.5 0.213 3.26 7.56 29.0075 31 377.0 8.7936 51.5 0.212 3.26 7.56 29.0075 31 378.0 8.7945 51.5 0.211 3.25 7.56 29.0078 32 379.0 8.7949 51.5 0.210 3.25 7.56 29.0079 33 380.0 8.7957 51.5 0.211 3.24 7.56 29.0081 31 381.0 8.7984 51.6 0.212 3.23 7.56 29.0088 32 382.0 8.8003 51.3 0.213 3.23 7.56 29.0094 32 383.0 8.8017 51.5 0.213 3.23 7.56 29.0097 32 384.0 8.8036 51.5 0.212 3.22 7.56 29.0104 33 385.0 8.8045 51.4 0.215 3.22 7.56 29.0108 31 386.0 8.8048 51.4 0.212 3.22 7.56 29.0108 32 387.0 8.8049 51.2 0.211 3.21 7.56 29.0109 33 388.0 8.8052 51.1 0.211 3.21 7.56 29.0110 31 389.0 8.8054 51.1 0.210 3.21 7.56 29.0111 32 390.0 8.8052 51.1 0.209 3.20 7.56 29.0110 31 391.0 8.8052 51.0 0.210 3.19 7.56 29.0110 32 392.0 8.8056 50.9 0.210 3.19 7.56 29.0110 31 393.0 8.8081 50.8 0.212 3.18 7.56 29.0119 31 394.0 8.8122 50.8 0.212 3.18 7.55 29.0131 31 395.0 8.8172 50.9 0.216 3.17 7.55 29.0146 31 396.0 8.8195 50.7 0.215 3.17 7.55 29.0153 31 397.0 8.8226 50.8 0.214 3.16 7.55 29.0161 31 398.0 8.8224 50.8 0.213 3.16 7.55 29.0160 31 399.0 8.8227 50.8 0.211 3.15 7.55 29.0161 31 400.0 8.8233 50.6 0.211 3.15 7.55 29.0163 31 401.0 8.8237 50.7 0.211 3.15 7.55 29.0163 32 402.0 8.8239 50.8 0.209 3.14 7.55 29.0164 31 403.0 8.8243 50.7 0.211 3.15 7.55 29.0166 32 404.0 8.8254 50.7 0.211 3.14 7.54 29.0170 32 405.0 8.8264 50.6 0.211 3.14 7.54 29.0173 32 406.0 8.8266 50.7 0.211 3.14 7.54 29.0173 32 407.0 8.8265 50.4 0.208 3.14 7.54 29.0172 32 408.0 8.8267 50.5 0.209 3.13 7.54 29.0173 32 409.0 8.8270 50.5 0.211 3.13 7.54 29.0173 31 410.0 8.8273 50.5 0.211 3.13 7.54 29.0175 32 411.0 8.8275 50.7 0.208 3.13 7.54 29.0175 31 412.0 8.8277 50.5 0.209 3.13 7.54 29.0175 32 413.0 8.8279 50.6 0.211 3.13 7.54 29.0175 31 414.0 8.8279 50.4 0.209 3.13 7.54 29.0176 31 415.0 8.8281 50.4 0.210 3.13 7.54 29.0176 32 416.0 8.8283 50.4 0.209 3.13 7.54 29.0175 31 417.0 8.8285 50.5 0.209 3.13 7.54 29.0176 32 418.0 8.8285 50.4 0.211 3.13 7.54 29.0176 32 419.0 8.8289 50.6 0.210 3.12 7.54 29.0177 33 420.0 8.8290 49.4 0.211 3.12 7.54 29.0177 34 421.0 8.8289 50.4 0.212 3.12 7.54 29.0177 35 422.0 8.8291 50.6 0.212 3.12 7.54 29.0177 36 423.0 8.8293 50.6 0.210 3.12 7.54 29.0178 37 424.0 8.8293 50.6 0.213 3.12 7.54 29.0177 37 425.0 8.8295 50.6 0.210 3.12 7.54 29.0177 38 426.0 8.8298 50.5 0.211 3.12 7.54 29.0178 38 427.0 8.8299 50.4 0.212 3.12 7.54 29.0177 40 428.0 8.8301 50.6 0.213 3.11 7.54 29.0177 55 429.0 8.8302 50.5 0.209 3.11 7.54 29.0177 57 430.0 8.8304 50.4 0.211 3.11 7.54 29.0179 57 431.0 8.8306 50.1 0.215 3.11 7.54 29.0178 62 432.1 8.8307 50.5 0.212 3.11 7.54 29.0178 78 433.0 8.8308 50.5 0.210 3.10 7.54 29.0179 161 434.0 8.8310 50.5 0.212 3.10 7.54 29.0179 182 435.0 8.8311 50.4 0.212 3.10 7.54 29.0179 176 435.6 8.8313 50.6 0.209 3.09 7.54 29.0179 126