*2017/02/24 13:32:04.58 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *FILE START TIME : UTC 2006/08/04 14:50:51.000 NUMBER OF RECORDS : 215 DATA DESCRIPTION : CTD FILE TYPE : ASCII CRC : A29A542F NUMBER OF CHANNELS : 10 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ---------------------------------- --------------- -------------- -------------- 1 Pressure decibar 2 216 2 Temperature:Primary 'deg C (ITS90)' -0.5526 14.0067 3 Transmissivity %/metre 22.8 62.8 4 Fluorescence:Calibrated:Seapoint mg/m^3 0.3E-01 1.978 5 Altimeter metres 5.7 98.6 6 Oxygen:Dissolved:SBE mL/L 5.713 8.847 7 Salinity:T0:C0 PSS-78 21.5602 28.7187 8 Number_of_bin_records n/a 23 141 9 Flag n/a 222 662 10 Oxygen:Dissolved:SBE umol/kg 249.3 386.47 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 10 F ' ' 3 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 1 6 -99 ' ' 8 F ' ' 3 7 -99 ' ' 9 F ' ' 4 8 -99 ' ' 5 F ' ' 0 9 -99 ' ' 11 E ' ' 3 10 -99 ' ' 8 F ' ' 2 $END $REMARKS CTD Flag word has 3 columns: Temperature, Conductivity, and Oxygen. Data quality is expressed with the following flags: -------------------------------------------------------------------------------- 0 = No Quality Control. 2 = Good. 6 = Interpolated or replaced by dual sensor or upcast value. -------------------------------------------------------------------------------- This file converted from Sea-Bird file: C:\Users\zimmermanns\Documents\GArchi $END *ADMINISTRATION MISSION : 2006-18 AGENCY : IOS, Ocean Sciences Division, Sidney, B.C. COUNTRY : Canada PROJECT : Joint Ocean Ice Study (JOIS incl JWACS and BGOS) SCIENTIST : McLaughlin F. PLATFORM : Louis S. St. Laurent *LOCATION GEOGRAPHIC AREA : Arctic Ocean's Canada Basin STATION : CCG1 EVENT NUMBER : 10 LATITUDE : 68 6.04000 N ! (deg min) LONGITUDE : 114 15.71000 W ! (deg min) WATER DEPTH : 219.456 ALTIMETER (M) : 6.425 ! custom item $REMARKS Altimeter value is distance from bottom and is calculated as the median of the deepest 2 metres of data. $END *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0724 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 4322 conductivity:primary ' ' 2809 pressure ' ' 90559 temperature:secondary ' ' 4239 conductivity:secondary ' ' 2810 Fluorometer:Seapoint ' ' 2569 transmissometer:primary ' ' CST-662DR altimeter:Datasonics ' ' 'PSA-916D SN 1161' Oxygen:SBE ' ' 0435 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.34 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! -------- ------ ---------- -------- --------- --------- SBE_IOS 3.4.1 2015/03/15 18:30:14 215 215 CHGUNITS 3.1 2015/03/15 18:56:38 215 215 HDREDIT2 3.0.2 2015/03/16 09:53:25 ? ? CLEAN 5.2.1 2015/03/18 19:53:37 215 215 CLEAN 5.2.1 2015/03/18 19:58:18 215 215 HDREDIT2 3.1.1 2017/02/24 13:32:04 ? ? $END $REMARKS -CHANGE units: Temperature reference channel: Temperature:Primary [deg C (ITS90)] Salinity reference channel: Salinity:T0:C0 [PSS-78] 'Oxygen:Dissolved:SBE [mL/L]' changed from mL/L to umol/kg -HEADER EDITS: 2015/03/16 09:53:25 Applied edit header: C:\Users\zimmermanns\Documents\GArchiveProcess\CTD\6_Header\2006-18-HDR.TXT -CLEAN functions: 2015/03/18 19:53:36 20 Reset #RECS, MIN & MAX values in header. Set event to last 3 characters of file name -CLEAN functions: 2015/03/18 19:58:18 20 Reset #RECS, MIN & MAX values in header. Insert Pad Values in Channel: Transmissivity [%/metre] where channel Transmissivity [%/metre] is in the range -100 to 0.5 0 data records in pad range. -HEADER EDITS: 2017/02/24 13:32:04 Applied edit header: Z:\SHARE\DATA\Data Archive Process - 2017\Joe's work\2006-18\Headers\2006-18 CTD Header.txt Channel 4: Fluorescence:Calibrated:Seapoint [mg/m^3] Name: Fluorescence:URU:Seapoint ==> Fluorescence:Calibrated:Seapoint $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\LSSL200618\acq\200618_010.DAT Software Version Seasave Win32 V 5.34 Temperature SN = 4322 Conductivity SN = 2809 Number of Bytes Per Scan = 37 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Aug 04 2006 14:46:23 NMEA Latitude = 68 06.04 N NMEA Longitude = 114 15.71 W NMEA UTC (Time) = Aug 04 2006 14:50:51 Store Lat/Lon Data = Append to Every Scan Ship: Louis S. St. Laurent Cruise: 2006-18 Station: CCG1 Depth: 219.456 # nquan = 9 # nvalues = 215 # units = specified # name 0 = prDM: Pressure, Digiquartz [db] # name 1 = t090C: Temperature [ITS-90, deg C] # name 2 = xmiss: Beam Transmission, Chelsea/Seatech [%] # name 3 = flSP: Fluorescence, Seapoint # name 4 = altM: Altimeter [m] # name 5 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 6 = sal00: Salinity, Practical [PSU] # name 7 = nbin: Scans Per Bin # name 8 = flag: # span 0 = 2.000, 216.000 # span 1 = -0.5526, 14.0067 # span 2 = 69.0882, 89.0266 # span 3 = 3.0092e-02, 1.9780e+00 # span 4 = 5.73, 98.59 # span 5 = 5.7130, 8.8470 # span 6 = 21.5602, 28.7187 # span 7 = 23, 141 # span 8 = 2.2200e+02, 6.6200e+02 # interval = decibars: 1 # start_time = Aug 04 2006 14:46:23 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 4322, 24-Feb-06 (IT90) # sensor 1 = Frequency 1 conductivity, primary, 2809, 10-Feb-06, cpcor = -9.57 00e-08 # sensor 2 = Frequency 2 pressure, 90559, 10/29/02 # sensor 3 = Frequency 3 temperature, secondary, 4239, 24-Feb-06 (IT90) # sensor 4 = Frequency 4 conductivity, secondary, 2810, 10-Feb-06, cpcor = -9. 5700e-08 # sensor 5 = Extrnl Volt 0 Fluorometer, Seapoint, primary # sensor 6 = Extrnl Volt 2 transmissometer, primary, CST-662DR, 20-Mar-2003 # sensor 7 = Extrnl Volt 4 altimeter # sensor 8 = Extrnl Volt 7 Oxygen, SBE, primary, 0435, 06 Jun 2006 # datcnv_date = Feb 29 2008 14:14:52, 5.31 # datcnv_in = c:\200618\ctdproc\200618_010.dat c:\200618\ctdproc\200618_DO_0820_ 0435_v2_remove0820.con # datcnv_skipover = 8450 # alignctd_date = Feb 29 2008 14:14:53, 5.31 # alignctd_in = c:\200618\ctdproc\200618_010-d.cnv # alignctd_adv = sbeox0V 8.000 # wildedit_date = Feb 29 2008 14:14:54, 5.31 # wildedit_in = c:\200618\ctdproc\200618_010-d-a.cnv # wildedit_pass1_nstd = 10.0 # wildedit_pass2_nstd = 20.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 100 # wildedit_vars = prDM depSM t090C t190C c0mS/cm c1mS/cm sbeox0V xmiss flSP altM # wildedit_excl_bad_scans = yes # celltm_date = Feb 29 2008 14:14:55, 5.31 # celltm_in = c:\200618\ctdproc\200618_010-d-a-w.cnv # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 7.0000, 7.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # filter_date = Feb 29 2008 14:14:57, 5.31 # filter_in = c:\200618\ctdproc\200618_010-d-a-w-c.cnv # filter_low_pass_tc_A = 0.030 # filter_low_pass_tc_B = 0.150 # filter_low_pass_A_vars = c0mS/cm c1mS/cm # filter_low_pass_B_vars = prDM depSM # loopedit_date = Feb 29 2008 14:14:59, 5.31 # loopedit_in = c:\200618\ctdproc\200618_010-d-a-w-c-f.cnv # loopedit_minVelocity = 0.000 # loopedit_excl_bad_scans = yes # Derive_date = Feb 29 2008 14:15:01, 5.31 # Derive_in = c:\200618\ctdproc\200618_010-d-a-w-c-f-l.cnv c:\200618\ctdproc\200 618_DO_0820_0435_v2_remove0820.con # derive_time_window_docdt = seconds: 1 # binavg_date = Feb 29 2008 14:15:03, 5.31 # binavg_in = c:\200618\ctdproc\200618_010-d-a-w-c-f-l-d.cnv # binavg_bintype = decibars # binavg_binsize = 1 # binavg_excl_bad_scans = yes # binavg_skipover = 0 # binavg_surface_bin = no, min = 0.000, max = 0.000, value = 0.000 # Derive_date = Feb 29 2008 14:15:04, 5.31 # Derive_in = c:\200618\ctdproc\200618_010-d-a-w-c-f-l-d-b.cnv c:\200618\ctdproc \200618_DO_0820_0435_v2_remove0820.con # strip_date = Feb 29 2008 14:15:04, 5.31 # strip_in = c:\200618\ctdproc\200618_010-d-a-w-c-f-l-d-b-d.cnv # split_date = Feb 29 2008 14:15:05, 5.31 # split_in = c:\200618\ctdproc\200618_010-d-a-w-c-f-l-d-b-d.cnv # split_excl_bad_scans = yes # strip_date = Mar 15 2015 18:25:17, 7.23.2 # strip_in = C:\Users\zimmermanns\Documents\GArchiveProcess\CTD\2_Renamed\2006-1 8-0010.cnv # file_type = ascii END* --------------------------------------------------------------------------------- CTD Data Processing Notes: -------------------------- For full details see report "Physical, chemical and zooplankton data from the Canada Basin and Canadian Arctic Archipelago, July 20 to September 14, 2006." cited below. Standard seabird processing steps were used. Temperature and conductivity were calibrated with the pre-cruise calibrations. Oxygen and Fluorescence were calibrated to water samples. Transmissometer and Altimeter are not calibrated. Fluorometer notes: Calibration with bottle data performed using bottle chlorophyll values between 0.025 and 0.6 mg/m3. The number of observations used were 36 out of 42 with a standard deviation of 0.02 in the residuals. Coefficients used: Slope: 0.402, Bias 0.0071. Alignment of -4 seconds was used. Oxygen Calibration: A lag of -8 seconds was applied to oxygen voltage in Seabird data processing step Align. The oxygen sensor membrane had attachment problems during cruise due to factory issues. Numerous calibrations were necessary. For the 64 casts, 9 calibrations were applied. See Table 7., page 25 in report "Physical, chemical and zooplankton data from the Canada Basin and Canadian Arctic Archipelago, July 20 to September 14, 2006." cited below. Data Notes: - Although three oxygen sensors were swapped in and out during the cruise, the one sensor that performed well throughout has been labelled primary and the others have been removed from the final data. - Two tranmsissometers were used for casts 49 to 75. They were repositioned on cast 64 changing the naming of which was called primary and which secondary. In summary: Casts 1-48, One Transmissometer, s/n 662 Casts 49-63, Two Transmissometers, s/n 662 is now secondary, s/n 993 is primary Casts 64-75, Two Transmissometers, s/n 662 is primary again, s/n 993 is secondary - Spikes in temperature, conductivity and oxygen have been linearly interpolated over and where needed secondary values (when available) have replaced the primary values. References: 1. McLaughlin, F., Proshutinsky, A., Carmack, E.C., Shimada, K., Brown, K., Corkum, M., Dempsey, M., Drost, H., Eert, J., Green, I., Guay, C., Hutchings, J., Illasiak, J., Jackson, J., Krishfield, R., Li, W.K.W., Maclean, H., Nelson, J., Newhall, K., Nishino, S., Ostrom, W., Smith, J., Steel, M., Sutherland, N., White, L., Yamamoto-Kawai, M., Zhao, J. and Zimmermann, S. 2012. Physical, chemical and zooplankton data from the Canada Basin and Canadian Arctic Archipelago, July 20 to September 14, 2006. Can. Data Rep. Hydrogr. Ocean Sci. 186: x + 373 p. 2. Owens, W. B., and R. C. Millard Jr., 1985, A new algorithm for CTD oxygen calibration. J. Physical Oceanography., 15, 621-631. *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! --------------------------- -------- ---- ------ ------------ Fluorescence:URU:Seapoint mg/m^3 10 -99 () (0.71E-02 0.402) $END !----1---- ---2---- --3-- ---4--- --5--- ---6--- ---7---- -8-- ----9----- ---10-- !Pressure Temperat Trans Fluores Altime Oxygen: Salinity Numb Flag Oxygen: ! ure: missi cence: ter Dissolv :T0:C0 er_o Dissolv ! Primary vity Calibra ed:SBE ~bin ed:SBE ! ted:Sea _rec ! point ords !--------- -------- ----- ------- ------ ------- -------- ---- ---------- ------- *END OF HEADER 2.000 14.0067 56.4 0.072 98.3 6.551 21.5604 63. 0.662E+03 287.90 3.000 14.0067 56.4 0.079 98.3 6.311 21.5602 48. 0.662E+03 277.35 4.000 13.1634 56.4 0.083 98.3 6.645 21.9069 31. 0.222E+03 291.91 5.000 12.3387 56.4 0.083 98.3 6.900 22.2839 27. 0.222E+03 302.98 6.000 11.2407 56.5 0.080 98.3 7.106 22.8542 26. 0.222E+03 311.84 7.000 7.7513 57.0 0.083 98.3 7.606 24.6775 26. 0.222E+03 333.15 8.000 5.9000 57.2 0.084 98.3 7.967 25.5405 26. 0.222E+03 348.66 9.000 5.2136 58.0 0.088 98.3 8.117 25.9390 26. 0.222E+03 355.09 10.000 4.8301 58.3 0.086 98.3 8.194 26.1601 24. 0.222E+03 358.39 11.000 4.6483 58.4 0.080 98.3 8.234 26.2429 24. 0.222E+03 360.11 12.000 4.2031 58.6 0.085 98.3 8.235 26.4909 24. 0.222E+03 360.07 13.000 3.6967 59.0 0.082 98.3 8.225 26.7004 25. 0.222E+03 359.56 14.000 3.2443 59.2 0.090 98.3 8.257 26.8834 24. 0.222E+03 360.89 15.000 3.4128 59.4 0.106 98.3 8.268 27.0646 24. 0.222E+03 361.33 16.000 2.8892 59.5 0.109 98.3 8.361 27.1692 24. 0.222E+03 365.35 17.000 2.7957 59.4 0.108 98.3 8.291 27.2841 25. 0.222E+03 362.26 18.000 2.5460 59.2 0.105 98.3 8.388 27.2971 24. 0.222E+03 366.48 19.000 1.8795 59.7 0.111 98.4 8.650 27.2915 25. 0.222E+03 377.92 20.000 1.3160 60.5 0.111 98.5 8.716 27.2853 24. 0.222E+03 380.79 21.000 1.1269 60.5 0.113 98.5 8.617 27.3193 25. 0.222E+03 376.46 22.000 1.5810 60.2 0.121 98.5 8.515 27.3822 25. 0.222E+03 371.99 23.000 0.9690 60.7 0.145 98.5 8.717 27.3778 25. 0.222E+03 380.80 24.000 0.4937 60.7 0.150 98.5 8.847 27.4059 24. 0.222E+03 386.47 25.000 1.3422 60.1 0.160 98.5 8.584 27.4990 25. 0.222E+03 374.96 26.000 1.9114 59.3 0.187 98.5 8.412 27.5662 25. 0.222E+03 367.44 27.000 0.8641 59.8 0.231 98.5 8.581 27.5303 24. 0.222E+03 374.82 28.000 0.7465 59.5 0.304 98.5 8.465 27.5539 25. 0.222E+03 369.74 29.000 1.2286 58.8 0.497 98.5 8.246 27.6152 24. 0.222E+03 360.16 30.000 1.7704 57.9 1.120 98.4 8.126 27.6916 25. 0.222E+03 354.91 31.000 1.6806 56.2 1.913 98.5 8.162 27.7186 24. 0.222E+03 356.48 32.000 1.4612 49.6 1.978 98.5 8.156 27.7481 25. 0.222E+03 356.20 33.000 1.6611 32.9 1.978 98.5 8.045 27.8094 25. 0.222E+03 351.34 34.000 1.4293 25.3 1.924 98.5 8.016 27.8252 24. 0.222E+03 350.06 35.000 0.6729 35.7 1.420 98.5 8.070 27.8116 25. 0.222E+03 352.41 36.000 0.5658 28.9 1.272 98.5 8.014 27.8132 24. 0.222E+03 349.97 37.000 0.9515 50.4 1.346 98.5 7.858 27.8615 25. 0.222E+03 343.15 38.000 0.9439 51.6 1.802 98.5 7.795 27.8859 25. 0.222E+03 340.39 39.000 0.4906 48.9 1.966 98.5 7.836 27.8879 24. 0.222E+03 342.17 40.000 0.3580 43.3 1.978 98.5 7.809 27.8971 25. 0.222E+03 340.99 41.000 0.1499 31.9 1.978 98.5 7.782 27.9002 24. 0.222E+03 339.81 42.000 -0.0234 22.8 1.978 98.5 7.714 27.9046 25. 0.222E+03 336.84 43.000 0.0928 25.4 1.942 98.5 7.642 27.9183 24. 0.222E+03 333.69 44.000 0.0805 31.6 1.481 98.5 7.599 27.9371 25. 0.222E+03 331.81 45.000 0.1981 38.7 0.977 98.5 7.511 27.9586 24. 0.222E+03 327.96 46.000 0.3977 48.7 0.713 98.5 7.418 27.9913 24. 0.222E+03 323.89 47.000 0.3459 52.8 0.819 98.5 7.387 28.0079 24. 0.222E+03 322.53 48.000 0.1936 54.1 0.807 98.5 7.381 28.0138 24. 0.222E+03 322.27 49.000 -0.2662 56.3 0.573 98.5 7.438 28.0174 24. 0.222E+03 324.75 50.000 0.0113 55.9 0.488 98.5 7.365 28.0456 24. 0.222E+03 321.56 51.000 -0.1816 56.4 0.473 98.5 7.385 28.0580 24. 0.222E+03 322.43 52.000 -0.3964 57.3 0.373 98.5 7.406 28.0629 23. 0.222E+03 323.34 53.000 -0.4778 57.7 0.319 98.5 7.395 28.0756 24. 0.222E+03 322.86 54.000 -0.4974 58.3 0.407 98.5 7.374 28.0876 24. 0.222E+03 321.94 55.000 -0.5130 58.6 0.264 98.5 7.355 28.0974 24. 0.222E+03 321.11 56.000 -0.5163 59.9 0.186 98.5 7.334 28.1014 24. 0.222E+03 320.19 57.000 -0.4960 59.9 0.157 98.5 7.313 28.1126 24. 0.222E+03 319.27 58.000 -0.4801 62.4 0.152 98.5 7.295 28.1234 23. 0.222E+03 318.48 59.000 -0.4868 61.7 0.106 98.5 7.277 28.1313 24. 0.222E+03 317.69 60.000 -0.5155 62.6 0.096 98.5 7.262 28.1485 24. 0.222E+03 317.03 61.000 -0.5264 62.8 0.086 98.5 7.241 28.1544 24. 0.222E+03 316.12 62.000 -0.5308 62.7 0.104 98.5 7.217 28.1592 24. 0.222E+03 315.07 63.000 -0.5494 62.8 0.081 98.5 7.190 28.1718 24. 0.222E+03 313.88 64.000 -0.5513 62.8 0.082 98.5 7.155 28.1859 24. 0.222E+03 312.35 65.000 -0.5526 62.7 0.083 98.5 7.119 28.1985 23. 0.222E+03 310.78 66.000 -0.5521 62.8 0.096 98.5 7.083 28.2114 24. 0.222E+03 309.20 67.000 -0.5521 62.6 0.087 98.5 7.055 28.2303 24. 0.222E+03 307.98 68.000 -0.5449 62.5 0.082 98.5 7.026 28.2482 24. 0.222E+03 306.71 69.000 -0.4971 62.6 0.094 98.5 6.988 28.2661 24. 0.222E+03 305.04 70.000 -0.4951 62.5 0.084 98.5 6.956 28.2781 24. 0.222E+03 303.64 71.000 -0.5078 62.3 0.071 98.5 6.928 28.2869 24. 0.222E+03 302.42 72.000 -0.5102 62.3 0.068 98.5 6.898 28.2971 24. 0.222E+03 301.11 73.000 -0.5185 61.9 0.066 98.5 6.873 28.3076 24. 0.222E+03 300.01 74.000 -0.4796 61.7 0.064 98.5 6.842 28.3174 24. 0.222E+03 298.66 75.000 -0.4590 61.9 0.064 98.5 6.820 28.3307 24. 0.222E+03 297.70 76.000 -0.4549 62.1 0.067 98.5 6.803 28.3406 24. 0.222E+03 296.95 77.000 -0.4652 61.9 0.064 98.5 6.789 28.3477 24. 0.222E+03 296.34 78.000 -0.4692 61.6 0.065 98.5 6.771 28.3501 24. 0.222E+03 295.55 79.000 -0.4683 61.2 0.070 98.5 6.747 28.3507 24. 0.222E+03 294.50 80.000 -0.4677 61.7 0.101 98.5 6.723 28.3507 24. 0.222E+03 293.46 81.000 -0.4661 61.7 0.087 98.5 6.702 28.3533 24. 0.222E+03 292.54 82.000 -0.4665 61.2 0.076 98.5 6.681 28.3606 24. 0.222E+03 291.62 83.000 -0.4611 60.1 0.069 98.5 6.659 28.3810 24. 0.222E+03 290.66 84.000 -0.4525 61.0 0.067 98.5 6.639 28.4009 24. 0.222E+03 289.78 85.000 -0.4487 61.1 0.065 98.5 6.624 28.4051 24. 0.222E+03 289.12 86.000 -0.4498 60.6 0.069 98.5 6.608 28.4073 24. 0.222E+03 288.42 87.000 -0.4498 60.4 0.068 98.5 6.593 28.4133 24. 0.222E+03 287.77 88.000 -0.4490 60.6 0.066 98.5 6.578 28.4190 24. 0.222E+03 287.11 89.000 -0.4471 60.7 0.067 98.5 6.566 28.4217 24. 0.222E+03 286.59 90.000 -0.4456 60.9 0.065 98.5 6.556 28.4258 24. 0.222E+03 286.15 91.000 -0.4451 60.7 0.065 98.5 6.545 28.4309 25. 0.222E+03 285.67 92.000 -0.4444 60.5 0.064 98.5 6.536 28.4353 24. 0.222E+03 285.27 93.000 -0.4437 60.5 0.064 98.5 6.526 28.4405 24. 0.222E+03 284.84 94.000 -0.4441 60.8 0.063 98.5 6.518 28.4423 24. 0.222E+03 284.49 95.000 -0.4433 60.8 0.062 98.5 6.511 28.4452 24. 0.222E+03 284.18 96.000 -0.4420 60.6 0.064 98.5 6.504 28.4467 24. 0.222E+03 283.88 97.000 -0.4411 60.4 0.065 98.5 6.497 28.4477 24. 0.222E+03 283.57 98.000 -0.4408 60.0 0.064 98.5 6.493 28.4490 24. 0.222E+03 283.40 99.000 -0.4406 60.3 0.064 98.5 6.487 28.4504 24. 0.222E+03 283.13 100.000 -0.4408 60.4 0.064 98.5 6.481 28.4523 24. 0.222E+03 282.87 101.000 -0.4411 60.5 0.068 98.5 6.472 28.4545 24. 0.222E+03 282.48 102.000 -0.4406 60.6 0.065 98.5 6.458 28.4574 24. 0.222E+03 281.87 103.000 -0.4406 60.5 0.064 98.5 6.444 28.4592 24. 0.222E+03 281.25 104.000 -0.4406 60.5 0.058 98.5 6.433 28.4610 24. 0.222E+03 280.77 105.000 -0.4391 60.7 0.054 98.5 6.424 28.4649 24. 0.222E+03 280.38 106.000 -0.4338 60.7 0.054 98.5 6.416 28.4732 24. 0.222E+03 280.03 107.000 -0.4278 60.9 0.054 98.5 6.405 28.4796 24. 0.222E+03 279.55 108.000 -0.4262 61.0 0.054 98.5 6.389 28.4833 24. 0.222E+03 278.85 109.000 -0.4260 60.9 0.052 98.5 6.368 28.4845 24. 0.222E+03 277.93 110.000 -0.4244 60.9 0.051 98.5 6.344 28.4867 24. 0.222E+03 276.88 111.000 -0.4233 60.8 0.044 98.5 6.319 28.4897 24. 0.222E+03 275.79 112.000 -0.4154 60.9 0.067 98.5 6.295 28.4957 23. 0.222E+03 274.74 113.000 -0.3989 61.1 0.052 98.5 6.270 28.5076 24. 0.222E+03 273.65 114.000 -0.3802 61.3 0.046 98.5 6.246 28.5236 24. 0.222E+03 272.60 115.000 -0.3720 61.5 0.037 98.5 6.224 28.5328 24. 0.222E+03 271.64 116.000 -0.3601 61.5 0.036 98.5 6.202 28.5434 24. 0.222E+03 270.67 117.000 -0.3525 61.6 0.036 98.5 6.181 28.5481 24. 0.222E+03 269.76 118.000 -0.3469 61.7 0.035 98.5 6.162 28.5553 24. 0.222E+03 268.93 119.000 -0.3383 61.8 0.034 98.5 6.144 28.5648 24. 0.222E+03 268.14 120.000 -0.3322 61.9 0.035 98.5 6.130 28.5697 24. 0.222E+03 267.53 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