\ SCIAMACHY Daily Report --- ---

1. SCIAMACHY Daily Report for level 1 products


  1.1. General Info
  1.2 Product Quality Indicators
  1.3 ADF monitoring
  1.4 DMOP execution monitoring

1.1 General Info

This report contains a daily analysis on parameters extracted from SCIAMACHY level 1 data (The SCI_NL__1P product).

1.1.1 Report summary

The table below shows general characteristics of the data that are included into this report.
Item Value
Report version
1.5 (28-07-2008)
Time of report generation
24MAR2012 02:14:40
Data source version
SCIA/7.04-N
Processing scope for products
19MAR2012 00:00:00 to 20MAR2012 00:00:00
Start time of first product within scope
18MAR2012 23:06:38
Stop time of last product within scope
20MAR2012 00:10:21
Total number of level 1 products
13
Number of level 1 products with errors
0

1.1.2 Summary per product

The following table shows a summary for each product used in this report.

# Product name Start time Stop time ProdErr #nadir #limb #occ #mon #noproc #cmpl_drk #incmpl_drk Decont
0
SCI_NL__1PNPDE20120318_230638_000060123112_00403_52572_3849.N1
18MAR2012 23:06:38
19MAR2012 00:46:50
0
36
47
1
0
3
10
0
nnnnnnnn
1
SCI_NL__1PNPDE20120319_004531_000056443112_00404_52573_3873.N1
19MAR2012 00:45:31
19MAR2012 02:19:35
0
35
44
1
0
1
15
0
nnnnnnnn
2
SCI_NL__1PNPDE20120319_022416_000044233112_00405_52574_3886.N1
19MAR2012 02:24:16
19MAR2012 03:37:59
0
19
41
1
0
2
15
0
nnnnnnnn
3
SCI_NL__1PNPDE20120319_033704_000061653112_00406_52575_3939.N1
19MAR2012 03:37:04
19MAR2012 05:19:49
0
36
46
1
0
3
15
0
nnnnnnnn
4
SCI_NL__1PNPDE20120319_051812_000061633112_00407_52576_3993.N1
19MAR2012 05:18:12
19MAR2012 07:00:55
0
36
46
1
0
3
15
0
nnnnnnnn
5
SCI_NL__1PNPDK20120319_080555_000062323112_00409_52578_0801.N1
19MAR2012 08:05:55
19MAR2012 09:49:48
0
36
47
1
0
3
15
0
nnnnnnnn
6
SCI_NL__1PNPDK20120319_112622_000059453112_00411_52580_0886.N1
19MAR2012 11:26:22
19MAR2012 13:05:27
0
34
44
1
0
3
15
0
nnnnnnnn
7
SCI_NL__1PNPDK20120319_130338_000059283112_00412_52581_0967.N1
19MAR2012 13:03:38
19MAR2012 14:42:27
0
34
44
1
0
3
15
0
nnnnnnnn
8
SCI_NL__1PNPDK20120319_144040_000060503112_00413_52582_0952.N1
19MAR2012 14:40:40
19MAR2012 16:21:31
0
35
45
1
0
3
15
0
nnnnnnnn
9
SCI_NL__1PNPDK20120319_175830_000058683112_00415_52584_1008.N1
19MAR2012 17:58:30
19MAR2012 19:36:18
0
34
42
0
2
3
15
0
nnnnnnnn
10
SCI_NL__1PNPDK20120319_193527_000061573112_00416_52585_1028.N1
19MAR2012 19:35:27
19MAR2012 21:18:04
0
36
45
1
2
3
15
0
nnnnnnnn
11
SCI_NL__1PNPDE20120319_211540_000043843112_00417_52586_4180.N1
19MAR2012 21:15:40
19MAR2012 22:28:45
0
35
27
0
0
3
1
0
nnnnnnnn
12
SCI_NL__1PNPDE20120319_222741_000061593112_00417_52586_4204.N1
19MAR2012 22:27:41
20MAR2012 00:10:21
0
36
48
1
0
3
9
5
nnnnnnnn

1.2 Product Quality Indicators

This section shows information about product quality, in particular the quality of retrieved species.

The following data items are currently included into this section:

  1. Polarisation check (if available)
  2. Leakage FPN measurements (if available)
  3. Dark measurements (if available)
  4. New leakage current parameters (if available)
  5. New spectral calibration parameters (if available)
  6. New sun reference spectrum (if available)
  7. New PPG/Etalon parameters (if available)

1.2.1 Polarisation check

The following table summarizes measured polarisation fractions for each of the detectors in nadir and limb mode. Note: this section is currently in a testing phase.

PMD ID #Q=0 #U=0
NADIR PMD1
0 out of 325581 (0.00000 %)
0 out of 325581 (0.00000 %)
NADIR PMD2
200754 out of 325581 (61.6602 %)
205350 out of 325581 (63.0719 %)
NADIR PMD3
91994 out of 325581 (28.2553 %)
96531 out of 325581 (29.6488 %)
NADIR PMD4
38537 out of 325581 (11.8364 %)
45528 out of 325581 (13.9836 %)
NADIR PMD5
142253 out of 325581 (43.6920 %)
148492 out of 325581 (45.6083 %)
NADIR PMD6
297195 out of 325581 (91.2814 %)
300424 out of 325581 (92.2732 %)
NADIR OVERLAP1
274803 out of 325581 (84.4039 %)
280187 out of 325581 (86.0575 %)
NADIR OVERLAP2
197492 out of 325581 (60.6583 %)
240495 out of 325581 (73.8664 %)
NADIR OVERLAP3
295881 out of 325581 (90.8778 %)
303220 out of 325581 (93.1320 %)
NADIR OVERLAP4
297460 out of 325581 (91.3628 %)
298452 out of 325581 (91.6675 %)
NADIR OVERLAP5
297068 out of 325581 (91.2424 %)
298226 out of 325581 (91.5981 %)
NADIR MODEL300NM
199762 out of 325581 (61.3555 %)
207105 out of 325581 (63.6109 %)
LIMB PMD1
0 out of 87997 (0.00000 %)
0 out of 87997 (0.00000 %)
LIMB PMD2
23772 out of 87997 (27.0146 %)
25136 out of 87997 (28.5646 %)
LIMB PMD3
14666 out of 87997 (16.6665 %)
21511 out of 87997 (24.4452 %)
LIMB PMD4
14053 out of 87997 (15.9699 %)
20521 out of 87997 (23.3201 %)
LIMB PMD5
14501 out of 87997 (16.4790 %)
19028 out of 87997 (21.6235 %)
LIMB PMD6
12169 out of 87997 (13.8289 %)
34855 out of 87997 (39.6093 %)
LIMB OVERLAP1
37035 out of 87997 (42.0867 %)
66925 out of 87997 (76.0537 %)
LIMB OVERLAP2
60096 out of 87997 (68.2932 %)
67093 out of 87997 (76.2446 %)
LIMB OVERLAP3
24459 out of 87997 (27.7953 %)
41660 out of 87997 (47.3425 %)
LIMB OVERLAP4
18948 out of 87997 (21.5326 %)
29536 out of 87997 (33.5648 %)
LIMB OVERLAP5
15994 out of 87997 (18.1756 %)
36196 out of 87997 (41.1332 %)
LIMB MODEL300NM
18729 out of 87997 (21.2837 %)
51265 out of 87997 (58.2577 %)

1.2.2 Fixed pattern noise information from SCI_LK1_AX files in product references

The following plots show ratios of fixed pattern noise of SCI_LK1_AX files that are referred to by the products listed in Section 1.1.2. Note: this section is currently in a testing phase.

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1.2.3 Dark measurements overview

This section lists properties of the dark measurements performed within the processing scope.

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_18.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_19.PNG

1.2.4 New leakage current parameters

This section lists properties of the new leakage current data within the processing scope.

The following table shows the new leakage measurement data characteristics.

Note: Since the introduction of the SCICAL calibration data processor, the new leakage current dataset is not directly used for Auxiliary Data File generation.

# dsr_time attach orb_phase
0
19MAR2012 02:42:56
1
0.320800
1
19MAR2012 05:54:47
1
0.235400
2
19MAR2012 06:03:23
1
0.320800
3
19MAR2012 09:05:54
1
0.138800
4
19MAR2012 09:15:14
1
0.231800
5
19MAR2012 09:23:50
1
0.317200
6
19MAR2012 12:26:20
1
0.142800
7
19MAR2012 12:35:41
1
0.235400
8
19MAR2012 12:44:17
1
0.320800
9
19MAR2012 14:08:46
1
0.174556
10
19MAR2012 14:14:18
1
0.251333
11
19MAR2012 14:22:07
1
0.286000
12
19MAR2012 15:46:47
1
0.138800
13
19MAR2012 15:56:07
1
0.231800
14
19MAR2012 16:04:44
1
0.317200
15
19MAR2012 19:07:14
1
0.138800
16
19MAR2012 19:16:14
1
0.228200
17
19MAR2012 19:24:50
1
0.313800

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_20.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_21.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_22.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_23.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_24.PNG

1.2.5 Spectral calibration parameters

This section lists properties of the new spectral calibrations found within the processing scope.

The following table lists general properties of the spectral calibration.
Note: Since the introduction of the SCICAL calibration data processor, the new spectral calibration dataset is not directly used for Auxiliary Data File generation.

# dsr_time attach orb_phase source #lines cal_error [nm] coeff[0] coeff[1] coeff[2] coeff[3] coeff[4]
0
19MAR2012 18:28:36
0
0.742000
SUN
SUN
SUN
SUN
SUN
SUN
SUN
SUN
2
0
2
0
2
0
0
0
0.00147765
-1.00000
0.000915781
-1.00000
0.00235592
-1.00000
-1.00000
-1.00000
-0.019576471
0.0000000
-0.11742253
0.0000000
-0.21317768
0.0000000
0.0000000
0.0000000
5.4065003e-05
0.0000000
-3.5582547e-05
0.0000000
-7.4842297e-05
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
1
19MAR2012 19:37:20
0
0.430000
SUN
SUN
SUN
SUN
SUN
SUN
SUN
SUN
3
2
2
2
2
0
0
0
0.00208303
0.00376650
0.00313128
0.00112558
0.00356712
-1.00000
-1.00000
-1.00000
0.042892113
0.025804678
-0.061119445
-0.15883197
-0.20155428
0.0000000
0.0000000
0.0000000
-5.2780495e-05
-0.00011105829
-0.00012176017
-4.4083896e-05
-0.00011335461
0.0000000
0.0000000
0.0000000
3.5381795e-08
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000
0.0000000


The following figures give an overview of the recorded signal for each detector.

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_25.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_26.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_28.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_29.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_30.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_31.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_32.PNG



The following figures give an overview of the spectra near the selected line positions.

1.2.6 Sun reference spectrum parameters

This section lists properties of the new sun reference spectrum data within the processing scope.

The following table shows the new sun reference measurement data characteristics.

Note: Since the introduction of the SCICAL calibration data processor, the new sun reference spectrum dataset is not directly used for Auxiliary Data File generation.

# dsr_time attach ID NDF az [deg] el [deg] solar_el [deg] Doppler 500nm [nm]
0
19MAR2012 01:12:58
0
0
O
U
1
1
-29.5252
-29.5252
-11.6568
-11.6568
0.00000
0.00000
0.00992294
0.00992294
1
19MAR2012 02:53:11
0
0
O
U
1
1
-29.5313
-29.5313
-11.6569
-11.6569
0.00000
0.00000
0.00992414
0.00992414
2
19MAR2012 04:33:25
0
0
O
U
1
1
-29.5378
-29.5378
-11.6560
-11.6560
0.00000
0.00000
0.00992574
0.00992574
3
19MAR2012 06:13:39
0
0
O
U
1
1
-29.5440
-29.5440
-11.6548
-11.6548
0.00000
0.00000
0.00992737
0.00992737
4
19MAR2012 09:34:05
0
0
O
U
1
1
-29.5566
-29.5566
-11.6542
-11.6542
0.00000
0.00000
0.00993013
0.00993013
5
19MAR2012 12:54:32
0
0
O
U
1
1
-29.5687
-29.5687
-11.6543
-11.6543
0.00000
0.00000
0.00993258
0.00993258
6
19MAR2012 14:34:46
0
0
O
U
1
1
-29.5743
-29.5743
-11.6548
-11.6548
0.00000
0.00000
0.00993352
0.00993352
7
19MAR2012 16:14:59
0
0
O
U
1
1
-29.5807
-29.5807
-11.6554
-11.6554
0.00000
0.00000
0.00993459
0.00993459
8
19MAR2012 18:28:36
0
0
S
V
1
1
3.37784e-05
3.37784e-05
59.9399
59.9399
0.00000
0.00000
0.00000
0.00000
9
19MAR2012 19:37:20
0
0
D
A
0
0
0.000651423
0.000651423
-11.1703
-11.1703
21.7082
21.7082
0.0100984
0.0100984
10
19MAR2012 21:15:40
0
0
O
U
1
1
-29.6004
-29.6004
-11.6530
-11.6530
0.00000
0.00000
0.00993940
0.00993940
11
19MAR2012 22:55:53
0
0
O
U
1
1
-29.6071
-29.6071
-11.6527
-11.6527
0.00000
0.00000
0.00994086
0.00994086

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_33.PNG

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1.2.7 PPG and Etalon parameters

This section lists properties of the new PPG and Etalon data within the processing scope.

Note: Since the introduction of the SCICAL calibration data processor, the new PPG/Etalon dataset is not directly used for Auxiliary Data File generation.

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_43.PNG

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sciamachy_daily_report_level1_SCIA_7_04_N_20120319_44.PNG

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1.3 ADF monitoring

This section shows the (variation in) ADFs used for each of the products. It consists of:
Number ADF name
0
SCI_SU1_AXVIEC20120322_151434_20120319_193526_20120403_211757
1
SCI_LK1_AXVIEC20120321_180235_20120319_051811_20120518_070042
2
SCI_LK1_AXVIEC20120321_180300_20120319_065933_20120518_080703
3
SCI_LK1_AXVIEC20120322_031152_20120319_080554_20120518_094919
4
SCI_LK1_AXVIEC20120322_031320_20120319_130338_20120518_144149
5
SCI_LK1_AXVIEC20120322_150637_20120319_144040_20120518_162108
6
SCI_LK1_AXVIEC20120322_150957_20120319_161959_20120518_175923
7
SCI_LK1_AXVIEC20120322_151030_20120319_175829_20120518_193526
8
SCI_PE1_AXVIEC20120322_151337_20120319_175829_20990101_000000
9
SCI_PE1_AXVIEC20120322_151513_20120319_222740_20120403_001006


Number ADF

LK1 (LEAKAGE_FILE)
0
SCI_LK1_AXVIEC20120317_065415_20120314_093105_20120513_111119
1
SCI_LK1_AXVIEC20120319_111914_20120316_131452_20120515_145317
2
SCI_LK1_AXVIEC20120319_180336_20120317_045249_20120516_063302

PE1 (PPG_ETALON_FILE)
3
SCI_PE1_AXVIEC20120316_231924_20120313_225001_20120328_003012
4
SCI_PE1_AXVIEC20120319_123838_20120314_221137_20120328_235446
5
SCI_PE1_AXVIEC20120319_125920_20120315_170716_20120329_184458
6
SCI_PE1_AXVIEC20120319_174429_20120316_205708_20120330_223933

SP1 (SPECTRAL_FILE)
7
SCI_SP1_AXVIEC20120310_185042_20120307_212909_20120605_230922
8
SCI_SP1_AXVIEC20120319_092808_20120314_191915_20120612_205928

SU1 (SUN_REF_FILE)
9
SCI_SU1_AXVIEC20120316_153949_20120313_195606_20120328_210210
10
SCI_SU1_AXVIEC20120319_095939_20120315_202237_20120330_213528
11
SCI_SU1_AXVIEC20120319_181022_20120316_194546_20120331_205135

KD1 (KEY_DATA_FILE)
12
SCI_KD1_AXNIEC20091126_123849_20020301_000000_20991231_235959

MF1 (M_FACTOR_FILE)
13
NOT USED

LI1 (INIT_FILE)
14
SCI_LI1_AXNIEC20091126_125714_20020701_000000_20991231_235959

FRO (ORBIT_FILE)
15
AUX_FPO_AXVPDS20120318_232113_20120318_195739_20120328_203106
16
DOR_NAV_0PNPDE20120318_230519_000057383112_00403_52572_7994.N1
17
DOR_NAV_0PNPDE20120319_004057_000057383112_00404_52573_7995.N1
18
DOR_NAV_0PNPDE20120319_022154_000041443112_00405_52574_7996.N1
19
DOR_NAV_0PNPDE20120319_033617_000057383112_00406_52575_7997.N1
20
DOR_NAV_0PNPDE20120319_051714_000057383112_00407_52576_7998.N1
21
DOR_NAV_0PNPDE20120319_211336_000041443112_00417_52586_7999.N1
22
DOR_NAV_0PNPDE20120319_222241_000060573112_00417_52586_8000.N1
23
DOR_NAV_0PNPDK20120319_080157_000060573112_00409_52578_7238.N1
24
DOR_NAV_0PNPDK20120319_125929_000057383112_00412_52581_7241.N1
25
DOR_NAV_0PNPDK20120319_144026_000054193112_00413_52582_7242.N1
26
DOR_NAV_0PNPDK20120319_175701_000054193112_00415_52584_7244.N1
27
DOR_NAV_0PNPDK20120319_193239_000057383112_00416_52585_7245.N1

ATT (ATTITUDE_FILE)
28
NOT USED


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1.4 DMOP execution monitoring

This section gives an analysis of the DMOP execution. The execution is monitored by assigning various activities to timeline sequences found in the DMOP file, and by checking where "NEW" datasets are available in SCI_NL__1P products.

The following plot gives an overview of planned activities and actual special measurements in the Level 1 products. The planning is taken from the DMOP files, and interpreted using information from OSDF files.

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