\ 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
14JAN2012 03:03:12
Data source version
SCIA/7.04-W
Processing scope for products
01JAN2012 00:00:00 to 02JAN2012 00:00:00
Start time of first product within scope
31DEC2011 22:37:58
Stop time of last product within scope
02JAN2012 01:21:36
Total number of level 1 products
16
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.

Products are linked to a corresponding server directory for view/download. Note: Link access may be restricted by security settings of your internet browser or firewall.

# Product name Start time Stop time ProdErr #nadir #limb #occ #mon #noproc #cmpl_drk #incmpl_drk Decont
0
SCI_NL__1PWDPA20111231_223758_000060093110_00145_51452_6118.N1
31DEC2011 22:37:58
01JAN2012 00:18:07
0
36
44
1
0
1
16
0
nnnnynnn
1
SCI_NL__1PWDPA20120101_001811_000060103110_00146_51453_6121.N1
01JAN2012 00:18:11
01JAN2012 01:58:22
0
35
47
1
0
1
14
0
nnnnnnnn
2
SCI_NL__1PWDPA20120101_015825_000060093110_00147_51454_6122.N1
01JAN2012 01:58:25
01JAN2012 03:38:35
0
36
44
1
0
1
16
0
nnnnnnnn
3
SCI_NL__1PWDPA20120101_033839_000060103110_00148_51455_6125.N1
01JAN2012 03:38:39
01JAN2012 05:18:49
0
35
47
1
0
1
14
0
nnnnnnnn
4
SCI_NL__1PWDPA20120101_051853_000060093110_00149_51456_6126.N1
01JAN2012 05:18:53
01JAN2012 06:59:03
0
36
44
1
0
1
16
0
nnnnnnnn
5
SCI_NL__1PWDPA20120101_065907_000060103110_00150_51457_6128.N1
01JAN2012 06:59:07
01JAN2012 08:39:17
0
35
47
1
0
1
14
0
nnnnnnnn
6
SCI_NL__1PWDPA20120101_083921_000060093110_00151_51458_6129.N1
01JAN2012 08:39:21
01JAN2012 10:19:31
0
36
44
1
0
1
16
0
nnnnnnnn
7
SCI_NL__1PWDPA20120101_101934_000060103110_00152_51459_6130.N1
01JAN2012 10:19:34
01JAN2012 11:59:45
0
35
47
1
0
1
14
0
nnnnnnnn
8
SCI_NL__1PWDPA20120101_115949_000060093110_00153_51460_6132.N1
01JAN2012 11:59:49
01JAN2012 13:39:58
0
36
44
1
0
1
16
0
nnnnnnnn
9
SCI_NL__1PWDPA20120101_134002_000060103110_00154_51461_6134.N1
01JAN2012 13:40:02
01JAN2012 15:20:13
0
35
47
1
0
1
14
0
nnnnynnn
10
SCI_NL__1PWDPA20120101_152016_000060093110_00155_51462_6136.N1
01JAN2012 15:20:16
01JAN2012 17:00:26
0
36
44
1
0
1
16
0
nnnnynnn
11
SCI_NL__1PWDPA20120101_170030_000060103110_00156_51463_6138.N1
01JAN2012 17:00:30
01JAN2012 18:40:41
0
34
45
2
2
1
14
0
nnnnynnn
12
SCI_NL__1PWDPA20120101_184044_000060093110_00157_51464_6140.N1
01JAN2012 18:40:44
01JAN2012 20:20:54
0
36
44
1
2
1
16
0
nnnnynnn
13
SCI_NL__1PWDPA20120101_202058_000060103110_00158_51465_6142.N1
01JAN2012 20:20:58
01JAN2012 22:01:08
0
35
47
1
0
1
14
0
nnnnnnnn
14
SCI_NL__1PWDPA20120101_220112_000060093110_00159_51466_6145.N1
01JAN2012 22:01:12
01JAN2012 23:41:22
0
36
44
1
0
1
16
0
nnnnnnnn
15
SCI_NL__1PWDPA20120101_234125_000060103110_00160_51467_6146.N1
01JAN2012 23:41:25
02JAN2012 01:21:36
0
35
47
1
0
1
14
0
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 386334 (0.00000 %)
0 out of 386334 (0.00000 %)
NADIR PMD2
243068 out of 386334 (62.9165 %)
249953 out of 386334 (64.6987 %)
NADIR PMD3
116982 out of 386334 (30.2800 %)
121363 out of 386334 (31.4140 %)
NADIR PMD4
56530 out of 386334 (14.6324 %)
63520 out of 386334 (16.4417 %)
NADIR PMD5
178681 out of 386334 (46.2504 %)
184310 out of 386334 (47.7074 %)
NADIR PMD6
352823 out of 386334 (91.3259 %)
357143 out of 386334 (92.4441 %)
NADIR OVERLAP1
328550 out of 386334 (85.0430 %)
334583 out of 386334 (86.6046 %)
NADIR OVERLAP2
239149 out of 386334 (61.9021 %)
283600 out of 386334 (73.4080 %)
NADIR OVERLAP3
351848 out of 386334 (91.0735 %)
360058 out of 386334 (93.1986 %)
NADIR OVERLAP4
354253 out of 386334 (91.6960 %)
355408 out of 386334 (91.9950 %)
NADIR OVERLAP5
353934 out of 386334 (91.6135 %)
355183 out of 386334 (91.9368 %)
NADIR MODEL300NM
242746 out of 386334 (62.8332 %)
250863 out of 386334 (64.9342 %)
LIMB PMD1
0 out of 104849 (0.00000 %)
0 out of 104849 (0.00000 %)
LIMB PMD2
31153 out of 104849 (29.7123 %)
32948 out of 104849 (31.4242 %)
LIMB PMD3
20764 out of 104849 (19.8037 %)
25957 out of 104849 (24.7566 %)
LIMB PMD4
20187 out of 104849 (19.2534 %)
26279 out of 104849 (25.0637 %)
LIMB PMD5
20374 out of 104849 (19.4318 %)
25881 out of 104849 (24.6841 %)
LIMB PMD6
17033 out of 104849 (16.2453 %)
43215 out of 104849 (41.2164 %)
LIMB OVERLAP1
47822 out of 104849 (45.6104 %)
73550 out of 104849 (70.1485 %)
LIMB OVERLAP2
72500 out of 104849 (69.1471 %)
79696 out of 104849 (76.0103 %)
LIMB OVERLAP3
31939 out of 104849 (30.4619 %)
52768 out of 104849 (50.3276 %)
LIMB OVERLAP4
25468 out of 104849 (24.2902 %)
36355 out of 104849 (34.6737 %)
LIMB OVERLAP5
21682 out of 104849 (20.6793 %)
43533 out of 104849 (41.5197 %)
LIMB MODEL300NM
24652 out of 104849 (23.5119 %)
61591 out of 104849 (58.7426 %)

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.

qds_image

qds_image

1.2.3 Dark measurements overview

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

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_2.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_3.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_4.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_5.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_6.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_7.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_8.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_9.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_10.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_11.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_12.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_13.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_14.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_15.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_16.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_17.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_18.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_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
01JAN2012 00:26:47
1
0.287250
1
01JAN2012 02:01:21
1
0.235400
2
01JAN2012 02:09:58
1
0.320800
3
01JAN2012 03:47:15
1
0.287250
4
01JAN2012 05:21:49
1
0.235600
5
01JAN2012 05:30:26
1
0.320800
6
01JAN2012 06:54:55
1
0.164667
7
01JAN2012 06:59:54
1
0.229333
8
01JAN2012 07:07:43
1
0.287250
9
01JAN2012 08:32:57
1
0.138800
10
01JAN2012 08:42:17
1
0.235600
11
01JAN2012 08:50:53
1
0.320800
12
01JAN2012 10:15:23
1
0.164667
13
01JAN2012 10:20:21
1
0.229333
14
01JAN2012 10:28:11
1
0.287250
15
01JAN2012 11:53:25
1
0.138800
16
01JAN2012 12:02:45
1
0.235600
17
01JAN2012 12:11:21
1
0.320800
18
01JAN2012 13:35:51
1
0.164667
19
01JAN2012 13:40:49
1
0.229333
20
01JAN2012 13:48:38
1
0.287250
21
01JAN2012 15:13:52
1
0.138800
22
01JAN2012 15:23:13
1
0.235600
23
01JAN2012 15:31:49
1
0.320800
24
01JAN2012 16:56:19
1
0.164667
25
01JAN2012 17:01:17
1
0.229333
26
01JAN2012 17:09:06
1
0.287250
27
01JAN2012 18:34:20
1
0.138800
28
01JAN2012 18:43:41
1
0.235600
29
01JAN2012 18:52:17
1
0.320800
30
01JAN2012 20:29:34
1
0.287500
31
01JAN2012 22:04:08
1
0.235600
32
01JAN2012 22:12:44
1
0.321000
33
01JAN2012 23:50:02
1
0.287500

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_20.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_21.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_22.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_23.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_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
01JAN2012 17:24:10
0
0.430000
SUN
SUN
SUN
SUN
SUN
SUN
SUN
SUN
3
2
0
2
2
0
0
0
0.00232763
0.00393610
-1.00000
0.000770371
0.00344219
-1.00000
-1.00000
-1.00000
0.044567496
0.025390431
0.0000000
-0.14605939
-0.18918324
0.0000000
0.0000000
0.0000000
-5.7754700e-05
-0.00011606843
0.0000000
-3.0163670e-05
-0.00010938157
0.0000000
0.0000000
0.0000000
3.9408523e-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
1
01JAN2012 17:55:39
0
0.742000
SUN
SUN
SUN
SUN
SUN
SUN
SUN
SUN
2
0
2
0
2
0
0
0
0.00140598
-1.00000
0.000958668
-1.00000
0.00240337
-1.00000
-1.00000
-1.00000
-0.016935941
0.0000000
-0.11622834
0.0000000
-0.21208119
0.0000000
0.0000000
0.0000000
5.1444978e-05
0.0000000
-3.7249192e-05
0.0000000
-7.6350756e-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
2
01JAN2012 19:04:24
0
0.430000
SUN
SUN
SUN
SUN
SUN
SUN
SUN
SUN
3
2
2
2
2
0
0
0
0.00185521
0.00372741
0.00319823
0.00107209
0.00365627
-1.00000
-1.00000
-1.00000
0.043337129
0.025647227
-0.059674349
-0.15780713
-0.19982217
0.0000000
0.0000000
0.0000000
-4.9768310e-05
-0.00010990338
-0.00012436602
-4.1987449e-05
-0.00011619017
0.0000000
0.0000000
0.0000000
3.1500107e-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.

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_25.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_26.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_27.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_28.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_29.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_30.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_31.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_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
01JAN2012 00:39:57
0
0
O
U
1
1
-28.6273
-28.6273
-11.6839
-11.6839
0.00000
0.00000
0.00972083
0.00972083
1
01JAN2012 02:20:10
0
0
O
U
1
1
-28.6233
-28.6233
-11.6851
-11.6851
0.00000
0.00000
0.00971959
0.00971959
2
01JAN2012 04:00:24
0
0
O
U
1
1
-28.6186
-28.6186
-11.6867
-11.6867
0.00000
0.00000
0.00971834
0.00971834
3
01JAN2012 05:40:38
0
0
O
U
1
1
-28.6146
-28.6146
-11.6863
-11.6863
0.00000
0.00000
0.00971762
0.00971762
4
01JAN2012 07:20:52
0
0
O
U
1
1
-28.6102
-28.6102
-11.6863
-11.6863
0.00000
0.00000
0.00971669
0.00971669
5
01JAN2012 09:01:06
0
0
O
U
1
1
-28.6053
-28.6053
-11.6882
-11.6882
0.00000
0.00000
0.00971532
0.00971532
6
01JAN2012 10:41:19
0
0
O
U
1
1
-28.6013
-28.6013
-11.6871
-11.6871
0.00000
0.00000
0.00971458
0.00971458
7
01JAN2012 12:21:33
0
0
O
U
1
1
-28.5970
-28.5970
-11.6873
-11.6873
0.00000
0.00000
0.00971359
0.00971359
8
01JAN2012 14:01:47
0
0
O
U
1
1
-28.5927
-28.5927
-11.6877
-11.6877
0.00000
0.00000
0.00971255
0.00971255
9
01JAN2012 15:42:01
0
0
O
U
1
1
-28.5891
-28.5891
-11.6873
-11.6873
0.00000
0.00000
0.00971166
0.00971166
10
01JAN2012 17:22:15
0
0
O
U
1
1
-28.4101
-28.4101
-12.4769
-12.4769
0.00000
0.00000
0.00955357
0.00955357
11
01JAN2012 17:23:36
0
0
O
U
1
1
-28.4691
-28.4691
-11.8191
-11.8191
0.00000
0.00000
0.00966572
0.00966572
12
01JAN2012 17:24:10
0
0
D
E
1
1
-28.6972
-28.6972
-15.0000
-15.0000
21.7134
21.7134
0.00987628
0.00987628
13
01JAN2012 17:55:39
0
0
S
V
1
1
0.000110483
0.000110483
60.0659
60.0659
0.00000
0.00000
0.00000
0.00000
14
01JAN2012 19:02:29
0
0
O
U
1
1
-28.4063
-28.4063
-12.4765
-12.4765
0.00000
0.00000
0.00955294
0.00955294
15
01JAN2012 19:04:24
0
0
D
A
0
0
0.000688807
0.000688807
-11.1703
-11.1703
21.7139
21.7139
0.00987543
0.00987543
16
01JAN2012 20:42:42
0
0
O
U
1
1
-28.5766
-28.5766
-11.6867
-11.6867
0.00000
0.00000
0.00970920
0.00970920
17
01JAN2012 22:22:56
0
0
O
U
1
1
-28.5726
-28.5726
-11.6864
-11.6864
0.00000
0.00000
0.00970844
0.00970844

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_33.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_34.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_35.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_36.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_37.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_38.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_39.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_40.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_41.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_42.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_43.PNG

1.2.7 PPG and Etalon parameters

(No PPG and Etalon data available for this processing scope)

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_AXVIEC20120104_183849_20120101_185850_20120116_203514
1
SCI_LK1_AXVIEC20120104_151640_20120101_001103_20120301_014420
2
SCI_LK1_AXVIEC20120104_152144_20120101_014311_20120301_025700
3
SCI_LK1_AXVIEC20120104_152243_20120101_025700_20120301_043902
4
SCI_LK1_AXVIEC20120104_151702_20120101_043902_20120301_061931
5
SCI_LK1_AXVIEC20120103_180815_20120101_061931_20120301_072646
6
SCI_LK1_AXVIEC20120103_180940_20120101_072552_20120301_090714
7
SCI_LK1_AXVIEC20120104_031942_20120101_090512_20120301_104714
8
SCI_LK1_AXVIEC20120104_032026_20120101_104619_20120301_122633
9
SCI_LK1_AXVIEC20120104_032049_20120101_122539_20120301_140404
10
SCI_LK1_AXVIEC20120104_031919_20120101_140147_20120301_154200
11
SCI_LK1_AXVIEC20120104_152315_20120101_171836_20120301_185850
12
SCI_LK1_AXVIEC20120104_180815_20120101_185850_20120301_203514
13
SCI_LK1_AXVIEC20120104_180756_20120101_214705_20120301_232842
14
SCI_LK1_AXVIEC20120104_181021_20120101_232842_20120302_010841
15
SCI_PE1_AXVIEC20120104_184200_20120101_232842_20120116_010841


Number ADF

LK1 (LEAKAGE_FILE)
0
SCI_LK1_AXVIEC20120103_180815_20120101_061931_20120301_072646
1
SCI_LK1_AXVIEC20120103_180940_20120101_072552_20120301_090714
2
SCI_LK1_AXVIEC20120104_031919_20120101_140147_20120301_154200
3
SCI_LK1_AXVIEC20120104_031942_20120101_090512_20120301_104714
4
SCI_LK1_AXVIEC20120104_032026_20120101_104619_20120301_122633
5
SCI_LK1_AXVIEC20120104_032049_20120101_122539_20120301_140404
6
SCI_LK1_AXVIEC20120104_151640_20120101_001103_20120301_014420
7
SCI_LK1_AXVIEC20120104_151702_20120101_043902_20120301_061931
8
SCI_LK1_AXVIEC20120104_152144_20120101_014311_20120301_025700
9
SCI_LK1_AXVIEC20120104_152213_20111231_222501_20120301_000529
10
SCI_LK1_AXVIEC20120104_152243_20120101_025700_20120301_043902
11
SCI_LK1_AXVIEC20120104_152315_20120101_171836_20120301_185850
12
SCI_LK1_AXVIEC20120104_180756_20120101_214705_20120301_232842
13
SCI_LK1_AXVIEC20120104_180815_20120101_185850_20120301_203514
14
SCI_LK1_AXVIEC20120104_181021_20120101_232842_20120302_010841

PE1 (PPG_ETALON_FILE)
15
SCI_PE1_AXVIEC20120104_151748_20111231_222501_20120115_000529
16
SCI_PE1_AXVIEC20120104_184200_20120101_232842_20120116_010841

SP1 (SPECTRAL_FILE)
17
SCI_SP1_AXVIEC20120103_185032_20111231_193014_20120330_211159

SU1 (SUN_REF_FILE)
18
SCI_SU1_AXVIEC20120103_183906_20111231_193014_20120115_211159
19
SCI_SU1_AXVIEC20120104_183849_20120101_185850_20120116_203514

KD1 (KEY_DATA_FILE)
20
SCI_KD1_AXNIEC20091126_123849_20020301_000000_20991231_235959

MF1 (M_FACTOR_FILE)
21
NOT USED

LI1 (INIT_FILE)
22
SCI_LI1_AXNIEC20091126_125714_20020701_000000_20991231_235959

FRO (ORBIT_FILE)
23
AUX_FRO_AXVPDS20120104_112113_20111231_221000_20120103_005000
24
AUX_FRO_AXVPDS20120104_232115_20120101_221000_20120104_005000

ATT (ATTITUDE_FILE)
25
AUX_FRA_AXVFOS20120103_180501_20111231_000000_20120102_000000
26
AUX_FRA_AXVFOS20120104_180502_20120101_000000_20120103_000000


qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_44.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_45.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_46.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_47.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_48.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_49.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_50.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_51.PNG

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_52.PNG

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.

qds_image

sciamachy_daily_report_level1_SCIA_7_04_W_20120101_53.PNG