*2013/12/16 15:27:02.46 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/10/19 13:04:19.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 502 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 3.1 504 2 Temperature:Secondary 'deg C (ITS90)' 5.1855 14.1213 3 Fluorescence:URU:Seapoint mg/m^3 0.58E-01 1.831 4 Salinity:T1:C1 PSS-78 32.1441 34.0899 5 Number_of_bin_records n/a 9 63 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 8 F ' ' 3 4 -99 ' ' 9 F ' ' 4 5 ' ' ' ' 5 F ' ' 0 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2002-38\derive\2002-38-0040.cn $END *ADMINISTRATION MISSION : 2002-38 AGENCY : PBS, Ocean Science and Productivity, Nanaimo, BC COUNTRY : Canada PROJECT : High Seas Salmon SCIENTIST : Morris J. PLATFORM : Ricker *LOCATION GEOGRAPHIC AREA : North-West Pacific STATION : EP 12 EVENT NUMBER : 40 LATITUDE : 48 29.29000 N ! (deg min) LONGITUDE : 128 12.39000 W ! (deg min) WATER DEPTH : 2584 *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0550 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2371 conductivity:primary ' ' 2399 pressure ' ' 75636 temperature:secondary ' ' 2663 conductivity:secondary ' ' 2424 Fluorometer ' ' Seapoint transmissometer:primary ' ' 197 $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.25 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.4 2003/02/03 10:31:07 36084 36084 CLEAN 4.1 2003/02/03 13:06:53 ? ? SHIFTDAT 3.3 2003/02/04 16:37:59 ? ? CLEAN 4.1 2003/02/04 16:47:34 36084 36084 DELETE 6.2 2003/02/04 17:25:15 36084 11762 CTDEDIT 4.43 2003/03/02 17:11:49 11762 11719 SHIFTDAT 3.3 2003/03/25 15:52:10 ? ? BOXCAR 4.2 2003/03/25 16:08:03 11719 11719 BINAVE 4.0.1 2003/03/25 16:10:09 11719 502 CALIB 10.4 2003/03/25 16:57:21 502 502 REMOVECH 6.0 2003/03/25 17:43:23 502 502 REORDER 1.2.1 2003/03/25 17:45:39 ? ? HDREDIT2 1.51 2003/03/25 17:45:50 ? ? CALIB 11.4 2004/12/22 10:36:37 502 502 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:27:02 502 502 $END $REMARKS CLEAN functions: - Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Conductivity:Secondary # of Records to Advance (-ve for Delay): At REC# 0 Shift= 0.70 Salinity was recalculated after shift CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Interpolation by Record Number. -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 10.00 Minimum Surface Salinity: 20.000 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 11 points) will be deleted. Drop rate applies in the range 0.00 to 499.72 dbars Sample interval (from FILE section of header) = 0.042 seconds. -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 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 = 1.0 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 CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-38\2002-38-rcal.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 10 Salinity:T1:C1 PSS-78 10 -0.4000000E-02 0.1000000E+01 -The following CHANNEL(S) were removed from file. Scan_Number Temperature:Primary Conductivity:Primary Conductivity:Secondary Transmissivity Salinity:T0:C0 Flag -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\Cruise_Data\RICKER recal\2002-38\2002-38-RECAL2.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 4 Salinity:T1:C1 PSS-78 10 0.7000000E-02 0.1000000E+01 $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\Data\2002-38\2002-38-0040.dat Software Version Seasave Win32 V 5.25 Temperature SN = 2371 Conductivity SN = 2399 Number of Bytes Per Scan = 24 Number of Voltage Words = 2 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Oct 19 2002 13:04:19 NMEA Latitude = 48 29.29 N NMEA Longitude = 128 12.39 W NMEA UTC (Time) = none Store Lat/Lon Data = Add to Header Only Ship: W.E.Ricker Cruise: 2002-38 Station: EP 12 Latitude: Longitude: depth: 2584 m # nquan = 11 # nvalues = 36084 # 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 = sal00: Salinity [PSU] # name 9 = sal11: Salinity, 2 [PSU] # name 10 = flag: flag # span 0 = 1, 36084 # span 1 = 1.753, 504.722 # span 2 = 5.1692, 14.1279 # span 3 = 5.1667, 14.1250 # span 4 = 3.260326, 3.901766 # span 5 = 3.260818, 3.901870 # span 6 = 81.8497, 89.6913 # span 7 = 5.1282e-02, 2.9744e+00 # span 8 = 32.1017, 34.0880 # span 9 = 32.0996, 34.0905 # span 10 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Oct 19 2002 13:04:19 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2371, 16-Apr-02s # sensor 1 = Frequency 1 conductivity, primary, 2399, 16-Apr-02s, cpcor = -9.5 700e-08 # sensor 2 = Frequency 2 pressure, 75636, 04-06-1999 # sensor 3 = Frequency 3 temperature, secondary, 2663, 18-Apr-02s # sensor 4 = Frequency 4 conductivity, secondary, 2424, 16-Apr-02s, cpcor = -9 .5700e-08 # sensor 5 = Extrnl Volt 0 Fluorometer, Seapoint # sensor 6 = Extrnl Volt 3 transmissometer, primary, 197, 21-Jan-02 # datcnv_date = Feb 02 2003 16:04:48, 5.25b # datcnv_in = Q:\CTD\2002-38\2002-38-0040.dat Q:\CTD\2002-38\2002-38-CTD.CON # datcnv_skipover = 0 # wildedit_date = Feb 03 2003 09:25:39, 5.25b # wildedit_in = Q:\CTD\2002-38\convert\2002-38-0040.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 = Feb 03 2003 10:16:23, 5.25b # celltm_in = Q:\CTD\2002-38\wildedit\2002-38-0040.cnv # celltm_alpha = 0.0200, 0.0245 # celltm_tau = 7.0000, 9.5000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Feb 03 2003 10:21:09, 5.25b # Derive_in = Q:\CTD\2002-38\celltm\2002-38-0040.cnv Q:\CTD\2002-38\2002-38-0001 .CON # file_type = ascii END* CTDEDIT was used to clean salinity and to remove records around 33,87 and 493db. ******************************************************************************** The salinity calibration is based on few bottles and there are some concerns about how well the pump was working. The salinity should be considered ±0.002. The transmissometer did not perform well during this cruise. The channel was removed from some casts as it was clearly wrong. For other casts there are unlikely differences between upcast and downcast data. Researchers should use the data with care. The transmissivity is unedited. The fluorescence:URU:SeaPoint channel is nominal and unedited. ******************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------- -------- ---- ------ ------------ Salinity:T1:C1 PSS-78 10 -99 () (-0.4E-02 1) Salinity:T1:C1 PSS-78 10 -99 () (0.7E-02 1) $END !--1--- ---2---- ---3--- ---4---- -5-- !Pressu Temperat Fluores Salinity Numb !re ure: cence: :T1:C1 er_o ! Secondar URU: ~bin ! y Seapoin _rec ! t ords !------ -------- ------- -------- ---- *END OF HEADER 3.1 14.1173 1.708 32.1874 22. 4.1 14.1208 1.562 32.1873 25. 4.9 14.1199 1.644 32.1874 40. 6.0 14.1191 1.752 32.1875 25. 7.0 14.1183 1.831 32.1876 29. 8.1 14.1193 1.644 32.1876 35. 8.9 14.1202 1.686 32.1877 42. 10.0 14.1195 1.666 32.1878 20. 11.0 14.1196 1.741 32.1879 16. 12.0 14.1213 1.825 32.1878 15. 13.0 14.1184 1.730 32.1877 18. 14.0 14.1178 1.731 32.1878 31. 14.9 14.1186 1.699 32.1879 37. 16.0 14.1179 1.655 32.1879 22. 17.0 14.1181 1.575 32.1880 16. 18.0 14.1184 1.630 32.1879 14. 19.0 14.1176 1.598 32.1876 16. 20.0 14.1173 1.703 32.1877 21. 21.0 14.1059 1.573 32.1865 50. 22.0 14.0871 1.496 32.1845 31. 23.0 14.0639 1.422 32.1826 27. 24.0 14.0608 1.542 32.1823 46. 24.9 14.0531 1.449 32.1814 33. 26.0 14.0194 1.530 32.1781 23. 27.0 13.9687 1.372 32.1736 23. 28.0 13.9266 1.396 32.1709 21. 29.0 13.8718 1.206 32.1650 20. 30.0 13.8292 1.293 32.1631 18. 31.0 13.7218 1.137 32.1551 20. 32.1 13.5936 1.243 32.1502 27. 32.9 13.4980 0.964 32.1495 26. 33.9 13.4549 1.077 32.1487 19. 35.0 13.4001 1.035 32.1481 16. 36.0 13.3653 0.763 32.1474 15. 37.0 13.2169 0.850 32.1449 16. 38.0 12.8622 0.623 32.1441 21. 39.0 12.6781 0.618 32.1510 31. 40.0 12.6321 0.695 32.1516 30. 41.0 12.5349 0.654 32.1531 21. 42.0 12.3006 0.782 32.1641 22. 43.1 12.1046 0.574 32.1855 32. 44.0 12.0143 0.609 32.1893 30. 45.0 11.8336 0.556 32.1978 23. 46.0 11.7100 0.411 32.2088 21. 47.0 11.4951 0.413 32.2240 22. 48.0 11.3388 0.394 32.2394 22. 49.0 11.2391 0.400 32.2446 20. 50.0 10.8454 0.440 32.2715 18. 51.0 10.6661 0.392 32.2883 17. 52.0 10.4312 0.364 32.2975 20. 53.1 10.1321 0.315 32.3123 39. 54.0 9.9066 0.291 32.3203 31. 55.0 9.7352 0.279 32.3296 26. 56.0 9.6034 0.285 32.3455 31. 57.0 9.5477 0.269 32.3488 28. 58.0 9.3450 0.255 32.3522 24. 59.0 9.1073 0.243 32.3621 21. 60.0 8.8767 0.256 32.3739 22. 61.0 8.7713 0.249 32.3782 22. 62.0 8.6859 0.226 32.3815 27. 63.0 8.5862 0.233 32.3857 29. 64.0 8.5189 0.217 32.3891 30. 65.0 8.4681 0.199 32.3909 27. 66.0 8.3967 0.186 32.3935 27. 67.0 8.3142 0.177 32.3968 36. 68.0 8.0776 0.156 32.4005 32. 69.0 7.7134 0.138 32.4095 22. 70.0 7.6210 0.136 32.4115 17. 71.0 7.5621 0.117 32.4122 18. 72.0 7.4235 0.109 32.4124 22. 73.0 7.3142 0.105 32.4185 36. 74.0 7.3000 0.104 32.4193 27. 75.0 7.2971 0.097 32.4201 22. 76.1 7.2921 0.102 32.4217 40. 77.1 7.2735 0.103 32.4236 30. 78.0 7.1722 0.089 32.4260 23. 79.0 7.1236 0.096 32.4269 18. 80.0 7.0573 0.092 32.4337 16. 81.0 6.9858 0.090 32.4413 15. 82.0 6.9668 0.092 32.4418 14. 83.0 6.9011 0.089 32.4469 16. 84.0 6.8540 0.082 32.4549 18. 85.0 6.8050 0.079 32.4576 21. 86.0 6.7607 0.078 32.4605 28. 86.9 6.7455 0.091 32.4619 28. 87.9 6.7179 0.082 32.4664 24. 89.0 6.7010 0.077 32.4684 17. 90.0 6.6831 0.068 32.4707 13. 91.0 6.6698 0.072 32.4729 12. 92.0 6.6598 0.079 32.4745 11. 93.0 6.6284 0.090 32.4758 12. 94.0 6.5898 0.079 32.4863 14. 95.0 6.5774 0.070 32.4957 17. 96.1 6.5677 0.074 32.5041 37. 96.9 6.5614 0.078 32.5075 48. 98.0 6.5524 0.078 32.5106 26. 99.1 6.5365 0.076 32.5175 39. 100.0 6.4688 0.079 32.5429 28. 101.0 6.4496 0.073 32.5481 20. 102.0 6.4418 0.071 32.5514 19. 103.0 6.4353 0.068 32.5552 22. 104.0 6.4292 0.072 32.5586 29. 105.0 6.4267 0.072 32.5605 24. 106.0 6.4229 0.067 32.5667 19. 107.0 6.4355 0.070 32.5740 19. 108.1 6.4627 0.069 32.5847 26. 109.0 6.4940 0.071 32.5990 49. 110.0 6.4912 0.072 32.6087 26. 111.0 6.4199 0.069 32.6137 19. 112.0 6.3984 0.071 32.6233 18. 113.0 6.4219 0.070 32.6603 17. 114.0 6.4033 0.072 32.6784 19. 115.0 6.3978 0.068 32.6991 22. 116.1 6.4077 0.067 32.7170 36. 116.9 6.4342 0.069 32.7293 30. 118.0 6.4383 0.068 32.7375 17. 119.0 6.4086 0.064 32.7440 14. 120.0 6.4004 0.066 32.7599 14. 121.0 6.3902 0.066 32.7721 16. 122.0 6.3944 0.066 32.7970 17. 123.0 6.3917 0.064 32.8261 20. 124.0 6.4072 0.061 32.8592 18. 125.0 6.4292 0.060 32.8818 18. 126.0 6.4522 0.063 32.9169 18. 127.1 6.4465 0.061 32.9607 28. 128.0 6.4535 0.065 32.9977 34. 129.0 6.4551 0.062 33.0047 27. 130.0 6.4698 0.061 33.0221 24. 131.0 6.4760 0.062 33.0427 23. 132.0 6.4800 0.065 33.0494 22. 133.0 6.4939 0.064 33.0599 22. 134.0 6.5127 0.062 33.0729 37. 135.0 6.5531 0.064 33.0966 15. 136.0 6.5551 0.066 33.1025 11. 137.0 6.4443 0.066 33.1005 11. 138.0 6.4088 0.061 33.1096 10. 139.0 6.3880 0.061 33.1071 11. 140.0 6.3736 0.061 33.1093 9. 141.0 6.3688 0.062 33.1240 11. 142.0 6.4045 0.062 33.1631 9. 143.0 6.4281 0.059 33.1701 10. 144.0 6.4879 0.059 33.2297 17. 145.0 6.5173 0.061 33.2497 27. 146.0 6.5042 0.061 33.2421 14. 147.0 6.5525 0.065 33.2807 14. 148.0 6.5608 0.062 33.3017 16. 149.0 6.5439 0.063 33.3067 17. 150.0 6.5345 0.060 33.3085 20. 151.0 6.5092 0.061 33.3093 22. 152.0 6.4754 0.061 33.3133 29. 153.0 6.4662 0.060 33.3199 42. 154.0 6.4567 0.060 33.3235 27. 155.0 6.4544 0.059 33.3291 20. 156.0 6.4591 0.058 33.3358 19. 157.0 6.4848 0.060 33.3462 20. 158.0 6.5152 0.061 33.3563 22. 159.0 6.5732 0.063 33.3761 21. 160.0 6.6320 0.063 33.3935 18. 161.0 6.6883 0.058 33.4137 19. 162.1 6.7850 0.060 33.4452 27. 162.9 6.8151 0.070 33.4577 37. 164.0 6.7804 0.063 33.4580 20. 165.0 6.6634 0.060 33.4472 16. 166.0 6.6486 0.061 33.4594 13. 167.0 6.6665 0.059 33.4758 13. 168.0 6.6712 0.059 33.4814 11. 169.0 6.6663 0.060 33.4962 11. 170.0 6.6789 0.066 33.5065 11. 171.0 6.6852 0.064 33.5082 13. 172.0 6.6944 0.062 33.5160 16. 173.1 6.7209 0.058 33.5383 27. 174.0 6.7532 0.061 33.5649 42. 175.0 6.7766 0.060 33.5788 43. 176.0 6.8028 0.063 33.5942 33. 177.0 6.8121 0.059 33.6007 25. 178.0 6.8367 0.060 33.6177 19. 179.0 6.8727 0.064 33.6368 15. 180.0 6.9054 0.060 33.6505 14. 181.0 6.9152 0.059 33.6569 13. 182.0 6.9173 0.061 33.6620 13. 183.0 6.9382 0.061 33.6740 18. 184.1 7.0029 0.063 33.6986 36. 185.0 7.0659 0.062 33.7211 28. 186.0 7.1992 0.062 33.7645 23. 187.0 7.2857 0.063 33.7937 19. 188.0 7.3332 0.063 33.8178 17. 189.0 7.3514 0.063 33.8282 17. 190.0 7.3567 0.063 33.8306 16. 191.0 7.3669 0.064 33.8354 16. 192.0 7.3732 0.060 33.8467 20. 193.1 7.3629 0.062 33.8518 37. 193.9 7.3642 0.063 33.8533 31. 195.0 7.3613 0.062 33.8564 15. 196.0 7.3701 0.062 33.8631 12. 197.0 7.3757 0.062 33.8679 13. 198.0 7.3724 0.059 33.8701 11. 199.0 7.3669 0.062 33.8725 11. 200.0 7.3430 0.062 33.8749 13. 201.0 7.3225 0.064 33.8823 16. 202.0 7.2773 0.063 33.8856 20. 203.0 7.2573 0.062 33.8895 22. 204.0 7.2426 0.061 33.8899 20. 205.0 7.2157 0.063 33.8888 17. 206.0 7.1938 0.064 33.8922 21. 207.0 7.1850 0.063 33.8958 37. 208.0 7.1806 0.065 33.8988 23. 209.0 7.1761 0.063 33.9015 23. 210.0 7.1740 0.066 33.9068 21. 211.0 7.1743 0.061 33.9104 24. 212.0 7.1685 0.063 33.9118 25. 213.0 7.1604 0.066 33.9137 28. 214.0 7.1529 0.066 33.9158 24. 215.0 7.1470 0.063 33.9176 20. 216.0 7.1400 0.064 33.9196 14. 217.0 7.1293 0.063 33.9226 13. 218.0 7.1217 0.065 33.9240 13. 219.0 7.1182 0.065 33.9242 13. 220.0 7.1140 0.064 33.9241 15. 221.0 7.1086 0.064 33.9245 19. 222.0 7.0965 0.064 33.9266 41. 222.9 7.0883 0.064 33.9295 25. 223.9 7.0884 0.065 33.9311 17. 225.0 7.0910 0.063 33.9321 14. 226.0 7.0960 0.066 33.9344 12. 227.0 7.0921 0.063 33.9340 12. 228.0 7.0848 0.062 33.9346 11. 229.0 7.0772 0.063 33.9340 11. 230.0 7.0670 0.066 33.9329 10. 231.0 7.0508 0.069 33.9326 13. 232.0 7.0129 0.064 33.9341 16. 233.1 6.9982 0.063 33.9382 35. 234.1 6.9923 0.062 33.9401 21. 234.9 6.9862 0.063 33.9416 25. 236.0 6.9838 0.065 33.9420 16. 237.0 6.9811 0.066 33.9430 15. 238.0 6.9821 0.065 33.9449 16. 239.1 6.9738 0.064 33.9489 32. 240.2 6.9538 0.064 33.9525 26. 240.9 6.9522 0.064 33.9531 23. 242.0 6.9495 0.066 33.9534 14. 243.0 6.9474 0.066 33.9538 11. 244.0 6.9466 0.066 33.9543 12. 245.0 6.9464 0.062 33.9545 10. 246.0 6.9435 0.066 33.9547 11. 247.0 6.9033 0.068 33.9548 12. 248.0 6.8837 0.066 33.9576 17. 249.0 6.8771 0.065 33.9574 28. 250.0 6.8490 0.071 33.9583 29. 251.1 6.8303 0.068 33.9603 30. 252.0 6.8205 0.066 33.9616 20. 253.0 6.8140 0.064 33.9625 20. 254.0 6.8131 0.063 33.9650 19. 255.0 6.8082 0.065 33.9660 19. 256.0 6.8049 0.063 33.9662 20. 257.0 6.8020 0.066 33.9666 27. 258.0 6.7979 0.064 33.9678 41. 259.0 6.7902 0.065 33.9693 25. 260.0 6.7786 0.066 33.9703 18. 261.0 6.7688 0.061 33.9706 16. 262.0 6.7619 0.065 33.9712 19. 263.0 6.7605 0.065 33.9714 23. 264.0 6.7585 0.065 33.9717 31. 265.0 6.7571 0.067 33.9718 36. 265.8 6.7539 0.066 33.9719 27. 266.9 6.7469 0.066 33.9722 35. 268.0 6.7375 0.064 33.9722 17. 269.1 6.7223 0.064 33.9714 19. 269.9 6.7146 0.062 33.9726 20. 271.0 6.7134 0.064 33.9725 15. 272.0 6.6854 0.064 33.9719 18. 273.0 6.6749 0.066 33.9724 15. 274.0 6.6734 0.068 33.9723 13. 275.0 6.6670 0.066 33.9725 16. 276.0 6.6651 0.064 33.9729 14. 277.0 6.6621 0.063 33.9730 16. 278.1 6.6551 0.066 33.9741 32. 279.0 6.6504 0.066 33.9743 32. 280.0 6.6399 0.064 33.9749 30. 281.0 6.6276 0.065 33.9750 45. 282.0 6.6071 0.064 33.9756 34. 283.0 6.6041 0.065 33.9759 37. 284.0 6.5972 0.068 33.9760 32. 285.0 6.5894 0.064 33.9768 22. 286.0 6.5867 0.066 33.9775 18. 287.0 6.5848 0.065 33.9781 17. 288.0 6.5828 0.064 33.9784 19. 289.0 6.5711 0.066 33.9790 24. 290.0 6.5449 0.069 33.9780 31. 291.0 6.5251 0.067 33.9777 29. 292.0 6.5209 0.067 33.9779 31. 293.0 6.5166 0.065 33.9785 39. 294.0 6.5141 0.064 33.9790 35. 295.1 6.5063 0.066 33.9785 45. 296.0 6.4934 0.066 33.9791 27. 297.0 6.4880 0.066 33.9796 18. 298.0 6.4816 0.065 33.9802 14. 299.0 6.4698 0.062 33.9819 14. 300.0 6.4456 0.068 33.9827 14. 301.0 6.4204 0.064 33.9838 16. 302.0 6.4044 0.065 33.9836 18. 303.0 6.3928 0.062 33.9840 27. 304.0 6.3870 0.064 33.9838 44. 305.0 6.3790 0.063 33.9835 30. 306.0 6.3537 0.066 33.9849 25. 307.0 6.3521 0.065 33.9866 31. 308.0 6.3506 0.066 33.9868 51. 309.0 6.3422 0.068 33.9863 25. 310.0 6.3313 0.068 33.9867 19. 311.0 6.3201 0.066 33.9866 26. 312.0 6.3121 0.066 33.9862 36. 313.0 6.2991 0.065 33.9854 23. 314.0 6.2900 0.064 33.9849 18. 315.0 6.2827 0.068 33.9840 21. 316.0 6.2776 0.066 33.9835 29. 317.0 6.2626 0.069 33.9815 31. 318.0 6.2115 0.065 33.9792 21. 319.0 6.1916 0.072 33.9787 16. 320.0 6.1643 0.067 33.9778 17. 321.0 6.1310 0.063 33.9745 19. 322.1 6.0873 0.064 33.9695 35. 323.0 6.0813 0.065 33.9688 45. 324.0 6.0748 0.064 33.9681 30. 325.0 6.0714 0.064 33.9695 37. 326.0 6.0761 0.063 33.9718 21. 327.0 6.0576 0.063 33.9711 14. 328.0 6.0354 0.065 33.9704 14. 329.0 6.0204 0.065 33.9704 15. 330.0 6.0127 0.066 33.9718 20. 331.0 6.0100 0.066 33.9733 42. 332.0 6.0125 0.066 33.9761 25. 333.0 6.0095 0.066 33.9773 18. 334.0 5.9935 0.065 33.9764 20. 335.1 5.9784 0.068 33.9755 26. 336.0 5.9532 0.064 33.9738 41. 337.0 5.9410 0.064 33.9735 34. 338.0 5.9353 0.063 33.9736 28. 339.0 5.9331 0.065 33.9742 28. 340.0 5.9320 0.066 33.9746 28. 341.0 5.9293 0.066 33.9756 29. 342.0 5.9282 0.066 33.9760 38. 343.0 5.9254 0.066 33.9767 39. 344.0 5.9232 0.066 33.9775 27. 345.0 5.9223 0.066 33.9780 22. 346.0 5.9198 0.066 33.9812 22. 347.0 5.9191 0.065 33.9817 29. 348.0 5.9147 0.066 33.9826 37. 349.0 5.9129 0.066 33.9850 26. 350.0 5.9119 0.064 33.9852 23. 351.0 5.9098 0.062 33.9868 26. 352.0 5.9097 0.065 33.9901 33. 353.0 5.8445 0.065 33.9865 32. 354.0 5.8084 0.066 33.9839 32. 354.9 5.7936 0.065 33.9821 35. 356.0 5.7834 0.065 33.9826 26. 357.0 5.7956 0.065 33.9865 19. 358.0 5.7852 0.068 33.9851 17. 359.0 5.7782 0.064 33.9848 17. 360.0 5.7733 0.066 33.9839 17. 361.0 5.7564 0.070 33.9817 20. 362.0 5.7548 0.063 33.9832 27. 363.0 5.7754 0.064 33.9869 43. 364.0 5.7859 0.065 33.9895 37. 365.1 5.7895 0.068 33.9930 49. 365.9 5.7904 0.065 33.9947 41. 367.0 5.7872 0.069 33.9956 23. 368.0 5.7852 0.068 33.9959 18. 369.0 5.7838 0.062 33.9960 17. 370.0 5.7835 0.065 33.9959 18. 371.0 5.7835 0.064 33.9965 25. 372.0 5.7775 0.065 33.9979 35. 373.0 5.7668 0.065 33.9982 36. 374.0 5.7329 0.066 33.9967 35. 374.9 5.7129 0.064 33.9947 54. 375.9 5.7063 0.067 33.9949 21. 377.0 5.7253 0.068 33.9991 16. 378.0 5.7185 0.064 33.9981 15. 379.0 5.7163 0.066 33.9988 18. 380.1 5.7132 0.066 33.9989 34. 381.0 5.7096 0.063 33.9988 29. 382.0 5.6966 0.065 33.9979 21. 383.0 5.6951 0.068 33.9982 18. 384.0 5.6934 0.066 33.9981 20. 385.0 5.6793 0.065 33.9966 25. 386.0 5.6636 0.064 33.9989 39. 387.0 5.6587 0.065 34.0001 38. 388.0 5.6557 0.067 34.0020 26. 389.0 5.6615 0.065 34.0042 20. 390.0 5.6641 0.069 34.0066 19. 391.0 5.6834 0.068 34.0142 18. 392.0 5.6812 0.066 34.0141 19. 393.0 5.6375 0.066 34.0089 24. 394.0 5.6092 0.065 34.0077 36. 395.0 5.6075 0.065 34.0092 23. 396.0 5.6097 0.066 34.0118 14. 397.0 5.5994 0.066 34.0120 14. 398.0 5.5905 0.065 34.0123 14. 399.0 5.5891 0.068 34.0124 16. 400.0 5.5913 0.066 34.0134 21. 401.0 5.5912 0.066 34.0152 26. 402.0 5.5783 0.066 34.0150 23. 403.0 5.5653 0.068 34.0138 22. 404.1 5.5664 0.065 34.0193 31. 404.9 5.5797 0.062 34.0226 30. 405.9 5.5791 0.066 34.0239 30. 407.0 5.5725 0.064 34.0247 19. 408.0 5.5709 0.066 34.0252 17. 409.0 5.5733 0.064 34.0267 20. 410.0 5.5771 0.066 34.0282 26. 411.0 5.5918 0.066 34.0323 28. 412.0 5.5997 0.068 34.0344 24. 413.0 5.6045 0.065 34.0366 36. 414.0 5.6123 0.066 34.0391 25. 415.0 5.6133 0.067 34.0415 14. 416.0 5.6101 0.066 34.0422 13. 417.0 5.6015 0.064 34.0434 11. 418.0 5.5944 0.062 34.0453 13. 419.0 5.5858 0.066 34.0461 13. 420.0 5.5832 0.064 34.0458 19. 421.0 5.5813 0.064 34.0458 44. 422.0 5.5703 0.066 34.0449 45. 422.9 5.5635 0.064 34.0451 39. 424.0 5.5578 0.063 34.0461 23. 425.0 5.5557 0.062 34.0475 19. 426.0 5.5539 0.062 34.0482 17. 427.0 5.5489 0.067 34.0489 16. 428.0 5.5422 0.067 34.0493 16. 429.0 5.5354 0.070 34.0497 14. 430.0 5.5311 0.066 34.0501 16. 431.0 5.5295 0.066 34.0502 18. 432.0 5.5228 0.064 34.0506 26. 432.9 5.5155 0.065 34.0512 40. 434.0 5.5064 0.063 34.0519 17. 435.0 5.4945 0.065 34.0533 15. 436.0 5.4887 0.066 34.0540 14. 437.0 5.4820 0.066 34.0541 16. 438.0 5.4754 0.068 34.0550 19. 439.0 5.4696 0.064 34.0560 25. 440.1 5.4627 0.065 34.0567 43. 441.0 5.4557 0.066 34.0572 21. 442.0 5.4512 0.066 34.0571 13. 443.0 5.4487 0.060 34.0575 12. 444.0 5.4482 0.064 34.0577 12. 445.0 5.4480 0.066 34.0578 12. 446.0 5.4475 0.066 34.0576 13. 447.0 5.4386 0.067 34.0577 16. 448.1 5.4305 0.068 34.0584 29. 449.0 5.4262 0.063 34.0590 36. 450.0 5.4278 0.068 34.0605 47. 450.9 5.4247 0.067 34.0620 19. 452.0 5.4235 0.068 34.0626 13. 453.0 5.4209 0.067 34.0633 11. 454.0 5.4088 0.070 34.0631 11. 455.0 5.3988 0.065 34.0634 11. 456.0 5.3934 0.062 34.0652 13. 457.1 5.3945 0.064 34.0667 19. 458.1 5.3942 0.065 34.0695 48. 459.0 5.3941 0.067 34.0705 58. 460.0 5.3943 0.068 34.0709 37. 461.0 5.3908 0.067 34.0721 21. 462.0 5.3872 0.066 34.0723 17. 463.0 5.3805 0.067 34.0728 15. 464.0 5.3765 0.068 34.0731 16. 465.1 5.3737 0.068 34.0734 26. 465.9 5.3727 0.068 34.0735 43. 467.0 5.3684 0.068 34.0740 32. 468.0 5.3615 0.066 34.0745 29. 469.0 5.3595 0.064 34.0746 23. 470.0 5.3579 0.070 34.0748 18. 471.0 5.3508 0.066 34.0748 14. 472.0 5.3397 0.066 34.0761 14. 473.0 5.3376 0.066 34.0763 13. 474.0 5.3361 0.067 34.0763 16. 475.0 5.3300 0.068 34.0773 18. 476.0 5.3293 0.067 34.0781 27. 477.0 5.3280 0.065 34.0790 46. 478.0 5.3214 0.064 34.0804 22. 479.0 5.3194 0.066 34.0806 19. 480.0 5.3175 0.066 34.0809 19. 481.0 5.3129 0.067 34.0820 27. 482.0 5.3079 0.067 34.0830 37. 483.0 5.3056 0.068 34.0833 24. 484.0 5.3053 0.066 34.0832 22. 485.1 5.3036 0.068 34.0834 29. 485.9 5.2967 0.065 34.0850 46. 487.0 5.2850 0.062 34.0856 18. 488.0 5.2793 0.066 34.0865 13. 489.0 5.2753 0.065 34.0859 13. 490.0 5.2696 0.067 34.0856 14. 491.0 5.2681 0.068 34.0858 17. 492.1 5.2673 0.068 34.0856 37. 492.9 5.2684 0.066 34.0862 36. 493.9 5.2757 0.066 34.0880 22. 495.0 5.2776 0.062 34.0883 13. 496.0 5.2744 0.065 34.0882 13. 497.0 5.2699 0.070 34.0882 12. 498.0 5.2601 0.068 34.0884 14. 499.0 5.2511 0.066 34.0894 18. 500.0 5.2411 0.065 34.0895 24. 501.0 5.2259 0.066 34.0897 29. 502.0 5.2220 0.066 34.0899 31. 503.0 5.2054 0.066 34.0888 33. 504.0 5.1855 0.069 34.0870 63.