*2024/11/15 12:15:43.21
*IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16
*FILE
START TIME : UTC 2024/05/02 15:36:59.000
TIME INCREMENT : 0 0 0 0.625E-01 0 ! (day hr min sec ms)
NUMBER OF RECORDS : 409
DATA DESCRIPTION : CTD
FILE TYPE : ASCII
CRC : EB498613
NUMBER OF CHANNELS : 9
$TABLE: CHANNELS
! No Name Units Minimum Maximum
!--- -------------------------- --------------- -------------- --------------
1 Depth metres 2.011 405.984
2 Temperature:Primary 'deg C (ITS90)' 8.6556 11.0667
3 Conductivity:Primary S/m 3.17824 3.428216
4 Fluorescence:URU:Wetlabs mg/m^3 0.14E-01 1.608
5 PAR uE/m^2/sec 0.122 37.254
6 Salinity:T0:C0 PSS-78 28.2992 31.1183
7 Oxygen:Dissolved:SBE mL/L 2.3 8.206
8 Oxygen:Dissolved:SBE umol/kg 100.3167 358.6942
9 Number_of_bin_records n/a 15 28
$END
$TABLE: CHANNEL DETAIL
! No Pad Start Width Format Type Decimal_Places
!--- ---- ----- ----- ------ ---- --------------
1 -99 ' ' 7 F ' ' 1
2 -99 ' ' 9 F ' ' 4
3 -99 ' ' 10 F ' ' 5
4 -99 ' ' 8 F ' ' 3
5 -99 ' ' 7 F ' ' 1
6 -99 ' ' 9 F ' ' 4
7 -99 ' ' 7 F ' ' 2
8 -99 ' ' 6 F ' ' 1
9 -99 ' ' 5 I I 0
$END
$REMARKS
This file converted from Sea-Bird file:
E:\Telework\2024-029\Processing\derive\2024-029-0023.cnv
$END
*ADMINISTRATION
MISSION : 2024-029
AGENCY : IOS,Ocean Sciences Division, Sidney, B.C.
COUNTRY : Canada
PROJECT : Strait of Georgia Plankton
SCIENTIST : Young K.
PLATFORM : Neocaligus
*LOCATION
GEOGRAPHIC AREA : Strait of Georgia
STATION : 24
EVENT NUMBER : 23
LATITUDE : 49 30.33600 N ! (deg min)
LONGITUDE : 124 5.97400 W ! (deg min)
WATER DEPTH : 424
*INSTRUMENT
TYPE : Sea-Bird CTD
MODEL : SBE25plus
SERIAL NUMBER : 0251255
$TABLE: SENSORS
! Name Abs Depth Serial No
! --------------------------------- -------------- ----------
Temperature ' ' 6448
Conductivity ' ' 6147
'Pressure:Strain Gauge' ' ' 1255
PAR/Logarithmic:Satlantic ' ' 2274
'Oxygen:SBE 43' ' ' 4378
'Fluorometer:WET Labs ECO-AFL/FL' ' ' FLRTD-8046
$END
$REMARKS
1.0.4
$END
*HISTORY
$TABLE: PROGRAMS
! Name Vers Date Time Recs In Recs Out
! -------- ------ ---------- -------- --------- ---------
SBE_IOS 4.3 2024/11/13 10:45:59 16772 16772
CLEAN 5.3 2024/11/13 10:47:10 16767 16767
CLIP 1.4.1 2024/11/13 10:48:00 16767 14918
SHIFTDAT 3.5.1 2024/11/13 10:48:58 14918 14918
DELETE 6.3 2024/11/13 10:49:29 14918 7744
BINAVE 4.2.1 2024/11/14 13:47:13 7744 409
REMOVECH 8.2 2024/11/15 11:08:09 409 409
CHGUNITS 3.2 2024/11/15 11:08:16 409 409
REORDER 1.3.1 2024/11/15 11:12:48 ? ?
HDREDIT2 3.2 2024/11/15 12:15:43 ? ?
$END
$REMARKS
-CLEAN functions: 2024/11/13 10:47:04 20
Reset #RECS, MIN & MAX values in header.
Interpolation by Record Number, in Pressure
Set event to last 4 characters of file name
-The following CLIP parameters were used.
Clip by Record Number Limits
First, Last Records = 1850, end from event list: clip.csv
Time Not Available in File
-The following SHIFT parameters were used.
Shift Channel: Conductivity:Primary [S/m]
# of Records to Advance (-ve for Delay):
At REC# 0 Shift= 2.00
Salinity was recalculated after shift
-The following DELETE parameters were used:
Surface Record Removal: Last Press Min
Maximum Surface Pressure (relative): 10.00
Surface Swell Pressure Tolerance: 1.00
Pressure NOT filtered.
Swells deleted. Warning message if pressure difference of 2.00
Drop rates < 0.30m/s (calculated over 9 points) will be deleted.
Drop rate applies in the range 10.00 to 400.09 dbars
Sample interval (from FILE section of header) = 0.062 seconds.
-The following BINAVE parameters were used:
Bin channel = Pressure
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.
-REMOVECH 2024/11/15 11:08:09
The following CHANNEL(S) were removed:
Scan_Number
Oxygen:Voltage:SBE [volts]
Descent_Rate [m/s]
Flag
-CHANGE units:
Temperature reference channel: Temperature:Primary [deg C (ITS90)]
Salinity reference channel: Salinity:T0:C0
'Oxygen:Dissolved:SBE' changed from mL/L to umol/kg
-HEADER EDITS: 2024/11/15 12:15:43
Applied edit header: E:\Telework\2024-029\Processing\doc\2024-029-HDR.TXT
Channel 1: Depth [metres]
Name: Depth:Salt_Water ==> Depth
Channel 4: Fluorescence:URU:Wetlabs [mg/m^3]
Name: Fluorescence:URU:Wetlabs:ECO-AFL ==> Fluorescence:URU:Wetlabs
Channel 7: Oxygen:Dissolved:SBE [mL/L]
Format: F8.3 ==> F7.2
Channel 3: Conductivity:Primary [S/m]
Format: F11.6 ==> F10.5
Channel 5: PAR [uE/m^2/sec]
Format: F11.3 ==> F7.1
Channel 9: Number_of_bin_records [n/a]
Pad: ' ' ==> -99
$END
*COMMENTS
SBE HEADER
1.0.4
Mar 23 2021 08:54:28
2024-05-02T15:36:56
16.5
0.0
7.3
3.3
7.3
51.3
17.6
31686656
1984528384
440092
27562894
0
0
Sea-Bird Electronics, Inc
1.0.4
Mar 23 2021 08:54:28
1.0
2023-02-02T08:30:30
temperature-0
03-6448
conductivity-0
04-6147
strain-0
12364712
PAR
PAR-2274
NONE
NONE
DO
4378
NONE
NONE
CHL
8046
NONE
NONE
NONE
NONE
NONE
NONE
NONE
NONE
NONE
NONE
115200
1
0
ser1
9600
1
S>
ts
0
start
254
254
1
3
60
0
ser2
9600
1
S>
ts
0
start
254
254
1
3
60
0
0
0
0
3000
60
1
0
1
1
0
0
0
0
0
0
0
8
12364712
2023-02-13
1.669452e-01
2.757409e-04
-6.637241e-14
-7.156559e+01
4.895334e+01
-7.272807e-02
8.388920e+06
5.351747e+01
-1.188608e+00
2.512468e+01
-7.500000e-05
0.000000e+00
0.000000e+00
1.450000e+03
2024-05-02T15:36:59
# nquan = 12
# nvalues = 16772
# units = specified
# name 0 = scan: Scan Count
# name 1 = prdM: Pressure, Strain Gauge [db]
# name 2 = depSM: Depth [salt water, m], lat = 49.00
# name 3 = t090C: Temperature [ITS-90, deg C]
# name 4 = c0S/m: Conductivity [S/m]
# name 5 = flECO-AFL: Fluorescence, WET Labs ECO-AFL/FL [mg/m^3]
# name 6 = sbeox0V: Oxygen raw, SBE 43 [V]
# name 7 = par/sat/log: PAR/Logarithmic, Satlantic [umol photons/m^2/sec]
# name 8 = sal00: Salinity, Practical [PSU]
# name 9 = sbeox0ML/L: Oxygen, SBE 43 [ml/l], WS = 1
# name 10 = dz/dtM: Descent Rate [m/s], WS = 2
# name 11 = flag: flag
# span 0 = 1, 16772
# span 1 = 0.257, 410.091
# span 2 = 0.255, 406.210
# span 3 = -24.8391, 11.0707
# span 4 = 0.084456, 3.428236
# span 5 = -0.1430, 21.7815
# span 6 = 1.2701, 3.2288
# span 7 = 8.5578e-02, 1.1238e+03
# span 8 = 0.8984, 31.1183
# span 9 = -123.7451, 12.0395
# span 10 = -1.113, 1.014
# span 11 = 0.0000e+00, 0.0000e+00
# interval = seconds: 0.0625
# start_time = May 02 2024 15:36:59 [Instrument's time stamp, header]
# bad_flag = -9.990e-29
#
#
#
#
# 6448
# 04-Feb-23
# 1
# 0.00000000e+000
# 0.00000000e+000
# 0.00000000e+000
# 0.00000000e+000
# 0.000
# 4.33293641e-003
# 6.39082893e-004
# 2.20950583e-005
# 2.06770154e-006
# 1000.000
# 1.00000000
# 0.0000
#
#
#
#
#
# 6147
# 18-Jan-23
# 1
#
# 0.0000
# 2000.0000
# 0
#
# 0.00000000e+000
# 0.00000000e+000
# 0.00000000e+000
# 0.00000000e+000
# 0.0
# -9.57000000e-008
#
#
# -1.01031449e+001
# 1.39347559e+000
# -1.63382489e-003
# 1.84236483e-004
# -9.57000000e-008
# 3.2500e-006
#
# 0.00000000e+000
#
# 1.00000000
# 0.00000
#
#
#
#
#
# 1255
# 13-Feb-23
# 1.66945152e-001
# 2.75740921e-004
# -6.63724103e-014
# -7.15655855e+001
# 4.89533360e+001
# -7.27280730e-002
# 8.38892017e+006
# 5.35174656e+001
# -1.18860817e+000
# 2.51246775e+001
# -7.50000000e-005
# 0.00000000e+000
# 0.000000
#
#
#
#
#
# 2274
# 01/25/23
# 9.7164e-001
# 8.0889e-001
# 1.3589e+000
# 1
# 1.0000e+000
#
#
#
#
#
#
#
#
# 4378
# 28-Mar-23
# 1
#
#
# 0.0000
# 0.0000e+000
# 0.0000
# 0.00e+000
# 0.0000
# 0.0
#
#
#
# 4.6069e-001
# -0.5173
# -3.4533e-003
# 1.1469e-004
# -1.9161e-006
# 2.5826e+000
# 1.92634e-004
# -4.64803e-002
# 3.6000e-002
# 2.2900
# -3.3000e-002
# 5.0000e+003
# 1.4500e+003
#
#
#
#
#
#
#
#
#
# FLRTD-8046
# 21-Apr-2023
# 1.30000000e+001
#
# 0.0110
#
#
#
#
#
#
#
#
#
#
#
#
# datcnv_date = Nov 12 2024 14:05:46, 7.26.7.129 [datcnv_vars = 8]
# datcnv_in = E:\Telework\2024-029\Unprocessed\2024-029-0023.xml E:\Telework\202
4-029\Processing\doc\2024-029-ctd.xmlcon
# datcnv_skipover = 0
# datcnv_ox_hysteresis_correction = no
# wildedit_date = Nov 12 2024 15:22:22, 7.26.7.129
# wildedit_in = E:\Telework\2024-029\Processing\convert\2024-029-0023.cnv
# wildedit_pass1_nstd = 2.0
# wildedit_pass2_nstd = 5.0
# wildedit_pass2_mindelta = 0.000e+000
# wildedit_npoint = 50
# wildedit_vars = prdM depSM t090C c0S/m
# wildedit_excl_bad_scans = yes
# wfilter_date = Nov 12 2024 15:43:25, 7.26.7.129
# wfilter_in = E:\Telework\2024-029\Processing\wildedit\2024-029-0023.cnv
# wfilter_excl_bad_scans = yes
# wfilter_action t090C = cosine, 16
# wfilter_action c0S/m = cosine, 16
# alignctd_date = Nov 12 2024 15:44:32, 7.26.7.129
# alignctd_in = E:\Telework\2024-029\Processing\wfilter\2024-029-0023.cnv
# alignctd_adv = sbeox0V 2.500
# celltm_date = Nov 12 2024 15:45:10, 7.26.7.129
# celltm_in = E:\Telework\2024-029\Processing\align\2024-029-0023.cnv
# celltm_alpha = 0.0400, 0.0000
# celltm_tau = 8.0000, 0.0000
# celltm_temp_sensor_use_for_cond = primary,
# Derive_date = Nov 13 2024 10:45:29, 7.26.7.129 [derive_vars = 3]
# Derive_in = E:\Telework\2024-029\Processing\celltm\2024-029-0023.cnv E:\Telewo
rk\2024-029\Processing\doc\2024-029-ctd.xmlcon
# derive_time_window_docdt = seconds: 1
# derive_ox_tau_correction = yes
# derive_time_window_dzdt = seconds: 2
# file_type = ascii
END*
--------------------------------------------------------------------------------------
Data Processing Notes:
----------------------
Oxygen:Dissolved, Conductivity, PAR and Fluorescence:URU:Wetlabs data are nominal and
unedited except that some records were removed in editing temperature and salinity.
There were only 6 salinity calibration samples taken during this cruise, of which only 3 were
below 5m. THe deep samples were lower than bottle salinity by 0.003psu or less, and low by up to
0.006psu allowing for incomplete flushing of NIskin bottles. The differences are much larger
for the surface samples, but differences in timing of CTD and bottle sampling and high local
salinity gradients make these comparisons unsuitable for calibration checks.
Salinity is likely good to +/-0.005psu.
Extracted chlorophyll samples were mainly gathered at the surface using a bucket, but 3 samples
came from a Niskin bottle at 5m. CTD fluorescence data are spiky above 1m, so CTD data for
comparison were drawn from about 1.5 to 2m. The ratio of CTD Fluorescence to Extracted CHL samples
was somewhat lower than usual for surface samples, but for the samples from 5m the fluorescence
was about 70% of the CHL samples. The ratio of fluorescence to CHL dropped with increasing CHL,
as is usually seen from these sensors. The sensor appears to have performed well.
Oxygen:Dissolved:SBE values cannot be confirmed as there was no calibration sampling for
dissolved oxygen. Surface saturation values were between 60% and 180% with all values <100%
coming from areas where vertical mixing may be strong.
For details on the processing see document: 2024-029_Processing_Report.doc.
!--1--- ---2---- ----3---- ---4--- --5--- ---6---- --7--- --8-- -9--
!Depth Temperat Conductiv Fluores PAR Salinity Oxygen Oxyge Numb
! ure: ity: cence: :T0:C0 : n: er_o
! Primary Primary URU: Dissol Disso ~bin
! Wetlabs ved: lved: _rec
! SBE SBE ords
!------ -------- --------- ------- ------ -------- ------ ----- ----
*END OF HEADER
2.0 11.0651 3.22947 0.416 37.3 28.2993 7.28 318.4 21
3.0 11.0667 3.22962 0.461 29.0 28.2992 7.45 325.8 26
4.0 11.0651 3.22960 0.485 23.5 28.2998 7.41 324.1 21
5.0 11.0607 3.22947 0.565 19.8 28.3016 7.33 320.2 22
5.9 11.0577 3.22931 0.613 17.4 28.3020 7.51 328.4 19
6.9 10.9986 3.23275 0.703 16.7 28.3805 8.10 354.3 19
7.9 10.9357 3.23679 1.073 16.3 28.4680 8.21 358.7 21
8.9 10.8390 3.23218 1.115 17.6 28.4978 7.67 335.1 19
9.9 10.7395 3.22748 0.866 24.2 28.5289 7.74 338.5 19
10.9 10.7997 3.23594 0.942 34.2 28.5643 7.96 347.9 19
11.9 10.7600 3.23438 1.061 34.9 28.5797 7.74 338.2 19
12.9 10.7100 3.23019 1.028 33.4 28.5773 7.57 330.8 18
13.9 10.6459 3.22553 1.042 24.9 28.5814 7.28 318.3 18
14.9 10.6135 3.22802 1.002 22.9 28.6308 6.94 303.2 16
15.9 10.5262 3.22700 1.127 18.8 28.6889 6.63 289.9 17
16.9 10.4941 3.22607 1.077 15.1 28.7046 6.74 294.6 17
17.9 10.4960 3.22837 1.221 12.8 28.7253 6.85 299.2 16
18.8 10.4718 3.22877 1.608 10.4 28.7479 6.79 296.7 17
19.8 10.3742 3.22575 1.547 8.4 28.7949 6.46 282.4 17
20.8 10.2569 3.22078 0.973 6.8 28.8383 6.28 274.5 17
21.8 10.1629 3.21719 1.000 5.7 28.8770 6.12 267.3 17
22.8 10.0088 3.21175 0.897 4.7 28.9454 5.90 257.6 16
23.8 9.7934 3.20105 0.852 3.9 29.0108 5.51 240.7 17
24.8 9.5578 3.19274 0.659 3.3 29.1172 5.00 218.6 17
25.8 9.2759 3.18337 0.537 2.8 29.2514 4.29 187.3 16
26.8 9.0328 3.17824 0.535 2.4 29.3983 3.88 169.3 19
27.8 8.9578 3.17951 0.486 2.1 29.4729 3.87 168.8 16
28.8 8.9300 3.18283 0.464 1.8 29.5296 4.04 176.5 17
29.7 8.9230 3.18568 0.454 1.5 29.5644 4.17 181.9 18
30.7 8.8894 3.18783 0.411 1.3 29.6140 4.06 177.3 16
31.7 8.8682 3.18883 0.373 1.1 29.6416 4.00 174.4 19
32.7 8.8595 3.18964 0.332 1.0 29.6567 4.02 175.4 16
33.7 8.8433 3.19256 0.305 0.8 29.6998 4.06 177.1 17
34.7 8.8469 3.19523 0.219 0.7 29.7239 4.05 176.8 19
35.7 8.8430 3.19670 0.226 0.6 29.7419 4.05 176.8 15
36.7 8.8354 3.19713 0.214 0.5 29.7523 4.05 176.9 18
37.7 8.8273 3.19733 0.192 0.5 29.7607 4.12 180.0 18
38.7 8.8088 3.19697 0.207 0.4 29.7721 4.22 184.3 17
39.7 8.7680 3.19663 0.195 0.3 29.8024 4.24 185.2 17
40.6 8.7381 3.19670 0.157 0.3 29.8278 4.32 188.7 17
41.6 8.7241 3.19645 0.142 0.2 29.8367 4.40 192.2 17
42.6 8.6995 3.19561 0.134 0.2 29.8482 4.45 194.4 17
43.6 8.6938 3.19638 0.109 0.2 29.8606 4.40 192.1 18
44.6 8.6896 3.19645 0.109 0.2 29.8644 4.36 190.2 16
45.6 8.6843 3.19637 0.100 0.2 29.8677 4.42 193.1 17
46.6 8.6671 3.19572 0.097 0.1 29.8750 4.48 195.5 18
47.6 8.6791 3.19730 0.125 0.1 29.8808 4.42 192.8 16
48.6 8.7332 3.20350 0.129 0.1 29.8989 4.21 183.9 19
49.6 8.7515 3.20641 0.143 0.1 29.9130 4.20 183.3 18
50.6 8.7410 3.20592 0.133 0.1 29.9165 4.28 186.6 20
51.5 8.7094 3.20422 0.135 0.1 29.9252 4.31 188.2 18
52.5 8.6988 3.20430 0.104 0.1 29.9345 4.32 188.4 22
53.5 8.6876 3.20425 0.116 0.1 29.9431 4.39 191.7 18
54.5 8.6796 3.20385 0.103 0.1 29.9453 4.40 192.2 21
55.5 8.6722 3.20330 0.102 0.1 29.9454 4.43 193.4 19
56.5 8.6575 3.20231 0.093 0.1 29.9471 4.45 194.1 21
57.5 8.6556 3.20236 0.100 0.1 29.9489 4.50 196.4 19
58.5 8.6562 3.20259 0.078 0.1 29.9504 4.44 193.9 20
59.5 8.6561 3.20273 0.096 0.1 29.9514 4.44 193.8 21
60.5 8.6565 3.20289 0.100 0.1 29.9524 4.44 193.8 19
61.5 8.6568 3.20302 0.083 0.1 29.9529 4.42 192.9 23
62.4 8.6577 3.20322 0.078 0.1 29.9539 4.45 194.2 17
63.5 8.6585 3.20344 0.072 0.1 29.9551 4.44 193.6 20
64.4 8.6588 3.20355 0.097 0.1 29.9555 4.39 191.6 21
65.5 8.6599 3.20382 0.094 0.1 29.9569 4.43 193.6 18
66.4 8.6609 3.20407 0.083 0.1 29.9583 4.34 189.5 21
67.4 8.6622 3.20437 0.079 0.1 29.9598 4.39 191.7 18
68.4 8.6644 3.20481 0.078 0.1 29.9621 4.41 192.3 20
69.4 8.6677 3.20547 0.078 0.1 29.9658 4.40 192.2 19
70.4 8.6708 3.20620 0.085 0.1 29.9702 4.33 188.9 21
71.3 8.6730 3.20668 0.091 0.1 29.9730 4.36 190.1 18
72.4 8.6758 3.20749 0.077 0.1 29.9785 4.39 191.6 20
73.3 8.6762 3.20835 0.084 0.1 29.9867 4.31 188.3 19
74.4 8.6770 3.20906 0.080 0.1 29.9929 4.31 188.0 19
75.3 8.6839 3.21022 0.085 0.1 29.9987 4.24 185.1 20
76.3 8.6782 3.21038 0.072 0.1 30.0048 4.34 189.3 18
77.3 8.6768 3.21112 0.064 0.1 30.0131 4.38 191.2 20
78.3 8.6845 3.21243 0.060 0.1 30.0198 4.32 188.5 19
79.3 8.6951 3.21367 0.086 0.1 30.0232 4.23 184.4 19
80.3 8.6969 3.21413 0.077 0.1 30.0260 4.19 182.7 20
81.3 8.6888 3.21373 0.077 0.1 30.0283 4.32 188.4 18
82.3 8.6839 3.21344 0.064 0.1 30.0290 4.33 189.1 20
83.3 8.6842 3.21348 0.081 0.1 30.0288 4.37 190.6 19
84.3 8.6791 3.21308 0.066 0.1 30.0286 4.33 188.8 21
85.3 8.6760 3.21285 0.066 0.1 30.0284 4.39 191.8 19
86.3 8.6751 3.21328 0.051 0.1 30.0332 4.39 191.5 19
87.2 8.6840 3.21639 0.059 0.1 30.0573 4.35 189.8 19
88.2 8.6904 3.21823 0.046 0.1 30.0705 4.33 188.8 18
89.2 8.6898 3.21905 0.057 0.1 30.0791 4.36 190.2 21
90.2 8.6891 3.21951 0.052 0.1 30.0841 4.39 191.5 19
91.2 8.6937 3.22060 0.041 0.1 30.0910 4.31 188.1 19
92.2 8.6981 3.22140 0.051 0.1 30.0951 4.30 187.7 21
93.2 8.6998 3.22181 0.054 0.1 30.0975 4.31 188.1 18
94.2 8.7030 3.22263 0.059 0.1 30.1029 4.28 186.7 20
95.2 8.7034 3.22314 0.041 0.1 30.1073 4.28 186.6 20
96.2 8.7027 3.22339 0.052 0.1 30.1102 4.25 185.4 19
97.2 8.7027 3.22406 0.050 0.1 30.1166 4.30 187.8 21
98.1 8.7027 3.22516 0.062 0.1 30.1276 4.27 186.3 19
99.1 8.7032 3.22626 0.047 0.1 30.1381 4.29 187.4 21
100.1 8.7075 3.22747 0.052 0.1 30.1466 4.29 187.4 18
101.1 8.7162 3.22884 0.062 0.1 30.1529 4.28 186.6 20
102.1 8.7437 3.23206 0.055 0.1 30.1624 4.18 182.2 19
103.1 8.7664 3.23467 0.043 0.1 30.1696 4.07 177.4 20
104.1 8.7794 3.23629 0.052 0.1 30.1748 3.99 174.3 20
105.1 8.8009 3.23894 0.050 0.1 30.1836 3.99 174.1 19
106.1 8.8223 3.24204 0.061 0.1 30.1969 3.99 174.1 20
107.0 8.8322 3.24374 0.048 0.1 30.2056 3.97 173.3 18
108.0 8.8619 3.24777 0.047 0.1 30.2215 3.94 172.0 20
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110.0 8.9117 3.25511 0.046 0.1 30.2538 3.88 169.1 18
111.0 8.9260 3.25754 0.047 0.1 30.2663 3.86 168.5 19
112.0 8.9270 3.25805 0.054 0.1 30.2703 3.91 170.5 19
113.0 8.9278 3.25834 0.039 0.1 30.2723 3.92 171.0 19
114.0 8.9309 3.25895 0.044 0.1 30.2753 3.94 171.9 20
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118.9 8.9618 3.26337 0.046 0.1 30.2924 3.87 168.8 19
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120.9 8.9905 3.26695 0.039 0.1 30.3041 3.87 168.8 20
121.9 9.0055 3.26878 0.045 0.1 30.3096 3.79 165.2 19
122.9 9.0080 3.26914 0.046 0.1 30.3108 3.79 165.4 22
123.9 9.0110 3.26958 0.046 0.1 30.3124 3.83 167.0 18
124.9 9.0244 3.27133 0.047 0.1 30.3185 3.78 165.1 21
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127.8 9.0873 3.27996 0.041 0.1 30.3522 3.69 160.9 20
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129.8 9.1010 3.28348 0.040 0.1 30.3758 3.72 162.4 19
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134.8 9.0873 3.28512 0.039 0.1 30.4022 3.78 165.1 20
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142.7 9.0893 3.29220 0.038 0.1 30.4698 3.74 163.1 18
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144.7 9.0950 3.29330 0.035 0.1 30.4754 3.79 165.6 19
145.7 9.0970 3.29390 0.024 0.1 30.4795 3.75 163.8 18
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166.5 9.2465 3.32085 0.050 0.1 30.6187 3.55 155.1 18
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173.4 9.2698 3.32479 0.041 0.1 30.6361 3.52 153.4 19
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178.4 9.3306 3.33468 0.032 0.1 30.6829 3.45 150.5 18
179.4 9.3372 3.33576 0.043 0.1 30.6879 3.42 149.4 20
180.4 9.3470 3.33736 0.042 0.1 30.6954 3.40 148.5 18
181.4 9.3531 3.33837 0.046 0.1 30.7000 3.37 147.2 19
182.4 9.3591 3.33931 0.039 0.1 30.7040 3.38 147.5 19
183.3 9.3631 3.33995 0.043 0.1 30.7068 3.41 148.8 19
184.3 9.3683 3.34073 0.025 0.1 30.7098 3.38 147.4 20
185.3 9.3737 3.34167 0.046 0.1 30.7143 3.37 146.9 19
186.3 9.3756 3.34214 0.039 0.1 30.7171 3.35 146.1 20
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188.3 9.3809 3.34316 0.032 0.1 30.7221 3.32 145.0 20
189.3 9.3838 3.34369 0.031 0.1 30.7246 3.30 143.9 19
190.3 9.3857 3.34401 0.038 0.1 30.7259 3.31 144.2 20
191.3 9.3872 3.34427 0.046 0.1 30.7269 3.33 145.4 19
192.3 9.3893 3.34461 0.035 0.1 30.7280 3.31 144.6 20
193.3 9.3939 3.34528 0.034 0.1 30.7305 3.34 145.9 20
194.2 9.4022 3.34643 0.037 0.1 30.7347 3.33 145.4 19
195.2 9.4058 3.34695 0.033 0.1 30.7366 3.32 144.7 20
196.2 9.4116 3.34776 0.028 0.1 30.7393 3.33 145.3 20
197.2 9.4165 3.34846 0.033 0.1 30.7418 3.29 143.7 20
198.2 9.4230 3.34941 0.039 0.1 30.7456 3.32 144.7 20
199.2 9.4250 3.34978 0.046 0.1 30.7473 3.32 144.7 20
200.2 9.4286 3.35053 0.033 0.1 30.7513 3.24 141.3 19
201.2 9.4399 3.35264 0.029 0.1 30.7627 3.23 140.7 20
202.2 9.4503 3.35428 0.034 0.1 30.7701 3.21 140.2 18
203.2 9.4560 3.35517 0.037 0.1 30.7738 3.26 142.1 20
204.1 9.4628 3.35621 0.033 0.1 30.7782 3.23 140.8 19
205.1 9.4779 3.35860 0.035 0.1 30.7891 3.20 139.6 19
206.1 9.4944 3.36137 0.031 0.1 30.8027 3.17 138.5 20
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210.1 9.5027 3.36298 0.025 0.1 30.8103 3.18 138.5 20
211.1 9.5060 3.36359 0.038 0.1 30.8132 3.15 137.3 19
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214.0 9.5145 3.36521 0.028 0.1 30.8211 3.13 136.7 19
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216.0 9.5272 3.36736 0.031 0.1 30.8313 3.08 134.5 19
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218.0 9.5395 3.36940 0.031 0.1 30.8406 3.10 135.2 19
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220.0 9.5463 3.37054 0.038 0.1 30.8455 3.03 132.2 19
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223.9 9.5672 3.37406 0.046 0.1 30.8616 3.04 132.8 17
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225.9 9.5731 3.37510 0.031 0.1 30.8663 3.00 131.0 19
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227.9 9.5806 3.37637 0.029 0.1 30.8720 3.05 132.9 19
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231.9 9.6082 3.38068 0.028 0.1 30.8904 2.98 129.8 18
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236.8 9.6318 3.38484 0.024 0.1 30.9102 2.88 125.7 17
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245.8 9.6568 3.38954 0.023 0.1 30.9326 2.90 126.5 17
246.7 9.6614 3.39040 0.023 0.1 30.9369 2.83 123.5 18
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248.7 9.6714 3.39235 0.035 0.1 30.9473 2.84 123.7 17
249.7 9.6736 3.39281 0.042 0.1 30.9496 2.79 121.8 18
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276.4 9.7034 3.39917 0.088 0.1 30.9772 2.74 119.5 18
277.4 9.7110 3.40059 0.031 0.1 30.9846 2.71 118.2 18
278.4 9.7123 3.40090 0.038 0.1 30.9863 2.72 118.6 19
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280.4 9.7190 3.40230 0.045 0.1 30.9939 2.70 117.7 19
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282.4 9.7200 3.40256 0.036 0.1 30.9947 2.73 118.9 19
283.4 9.7201 3.40260 0.025 0.1 30.9947 2.70 117.9 18
284.4 9.7207 3.40275 0.024 0.1 30.9953 2.71 118.2 19
285.4 9.7210 3.40286 0.044 0.1 30.9956 2.71 118.3 19
286.3 9.7217 3.40303 0.031 0.1 30.9965 2.72 118.7 18
287.3 9.7249 3.40380 0.038 0.1 31.0010 2.67 116.4 19
288.3 9.7312 3.40522 0.031 0.1 31.0095 2.62 114.5 18
289.3 9.7353 3.40608 0.032 0.1 31.0144 2.63 114.6 19
290.3 9.7410 3.40715 0.045 0.1 31.0198 2.62 114.4 19
291.3 9.7448 3.40780 0.038 0.1 31.0227 2.64 115.0 18
292.3 9.7496 3.40866 0.032 0.1 31.0269 2.62 114.4 19
293.3 9.7515 3.40903 0.024 0.1 31.0285 2.61 113.8 17
294.3 9.7546 3.40962 0.032 0.1 31.0314 2.62 114.4 19
295.2 9.7599 3.41060 0.032 0.1 31.0364 2.60 113.5 19
296.2 9.7638 3.41134 0.033 0.1 31.0400 2.62 114.2 19
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316.0 9.7729 3.41388 0.020 0.1 31.0496 2.59 112.8 19
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319.0 9.7600 3.41302 0.032 0.1 31.0508 2.52 109.9 20
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336.8 9.7152 3.41074 0.032 0.1 31.0589 2.33 101.8 20
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361.6 9.7325 3.41440 0.033 0.1 31.0707 2.30 100.5 19
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371.5 9.7541 3.41812 0.040 0.1 31.0856 2.31 100.8 19
372.5 9.7562 3.41845 0.037 0.1 31.0867 2.30 100.3 19
373.5 9.7639 3.41956 0.030 0.1 31.0908 2.32 101.0 20
374.5 9.7719 3.42072 0.024 0.1 31.0953 2.33 101.7 19
375.5 9.7749 3.42117 0.026 0.1 31.0968 2.35 102.5 20
376.4 9.7763 3.42140 0.032 0.1 31.0975 2.34 102.1 18
377.4 9.7781 3.42168 0.030 0.1 31.0984 2.33 101.7 21
378.4 9.7782 3.42172 0.028 0.1 31.0983 2.33 101.4 20
379.4 9.7781 3.42176 0.025 0.1 31.0984 2.35 102.3 19
380.4 9.7787 3.42186 0.028 0.1 31.0984 2.36 102.8 20
381.4 9.7786 3.42187 0.035 0.1 31.0983 2.33 101.6 19
382.4 9.7792 3.42199 0.033 0.1 31.0985 2.32 101.0 21
383.4 9.7798 3.42209 0.044 0.1 31.0986 2.32 101.2 21
384.4 9.7799 3.42214 0.032 0.1 31.0986 2.33 101.5 18
385.3 9.7800 3.42221 0.032 0.1 31.0987 2.33 101.7 20
386.3 9.7802 3.42226 0.032 0.1 31.0987 2.34 101.9 21
387.3 9.7801 3.42228 0.032 0.1 31.0986 2.34 102.0 20
388.3 9.7816 3.42252 0.026 0.1 31.0993 2.34 101.9 20
389.3 9.7817 3.42257 0.029 0.1 31.0993 2.34 101.9 18
390.3 9.7829 3.42278 0.014 0.1 31.1000 2.34 102.1 20
391.3 9.7852 3.42310 0.045 0.1 31.1009 2.37 103.2 21
392.3 9.7881 3.42354 0.039 0.1 31.1023 2.34 101.9 20
393.3 9.7930 3.42423 0.039 0.1 31.1047 2.35 102.3 20
394.2 9.8001 3.42525 0.039 0.1 31.1085 2.35 102.6 20
395.2 9.8066 3.42620 0.033 0.1 31.1121 2.35 102.3 20
396.2 9.8110 3.42688 0.019 0.1 31.1148 2.33 101.8 20
397.2 9.8123 3.42712 0.038 0.1 31.1157 2.34 102.1 21
398.2 9.8131 3.42727 0.041 0.1 31.1161 2.36 103.1 19
399.2 9.8139 3.42742 0.041 0.1 31.1165 2.34 102.1 20
400.2 9.8147 3.42758 0.036 0.1 31.1169 2.33 101.7 19
401.2 9.8151 3.42765 0.032 0.1 31.1170 2.31 100.5 22
402.2 9.8152 3.42771 0.039 0.1 31.1170 2.35 102.6 20
403.1 9.8161 3.42787 0.025 0.1 31.1175 2.33 101.7 19
404.1 9.8165 3.42797 0.039 0.1 31.1178 2.31 100.9 22
405.2 9.8176 3.42816 0.028 0.1 31.1182 2.33 101.8 27
406.0 9.8179 3.42822 0.038 0.1 31.1183 2.36 103.0 28