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    24-Jul-2014
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MIPAS Data Formats Products
Records
2 MDSR per MDS 1 forward sweep 1 reverse sweep
2 MDSRs per MDS 1 forward sweep 1 reverse sweep
LOS calibration GADS
Spectral Lines MDS
P T Retrieval MW ADS
VMR Retrieval Parameters GADS
P t Retrieval GADS
Framework Parameters GADS
Processing Parameters GADS
Inverse LOS VCM matrices MDS
General GADS
Occupation matrices for vmr#1 retrieval MDS
MDS2 -- 1 mdsr forward sweep 1 mdsr reverse
Occupation matrices for p T retrieval MDS
General GADS
Priority of p T retrieval occupation matices
P T occupation matrices ADS
MIP_NLE_2P SPH
Summary Quality ADS
Instrument and Processing Parameters ADS
Microwindows occupation matrices for p T and trace gas retrievals
Scan information MDS
Level 2 product SPH
MDS1 -- 1 mdsr forward sweep 1 mdsr reverse sweep
H2O Target Species MDS
P T and Height Correction Profiles MDS
Continuum Contribution and Radiance Offset MDS
Structure ADS
Summary Quality ADS
Residual Spectra mean values and standard deviation data ADS
PCD Information of Individual Scans ADS
Instrument and Processing Parameters ADS
Microwindows Occupation Matrices ADS
Scan Information MDS
1 MDSR per MDS
Scan Geolocation ADS
Mipas Level 1B SPH
Calibrated Spectra MDS
Structure ADS
Summary Quality ADS
Offset Calibration ADS
Scan Information ADS
Geolocation ADS (LADS)
Gain Calibration ADS #2
Gain Calibration ADS #1
Level 0 SPH
DSD#1 for MDS containing VMR retrieval microwindows data
DSD for MDS containing p T retrieval microwindows data
VMR #1 retrieval microwindows ADS
P T retrieval microwindows ADS
1 MDSR per MDS
VMR profiles MDS (same format as for MIP_IG2_AX)
Temperature profiles MDS (same format as for MIP_IG2_AX)
Pressure profile MDS (same format as for MIP_IG2_AX)
P T continuum profiles MDS (same format as for MIP_IG2_AX)
GADS General (same format as for MIP_IG2_AX)
Level 0 MDSR
Values of unknown parameters MDS
Computed spectra MDS
Jacobian matrices MDS
General data
Data depending on occupation matrix location ADS
Microwindow grouping data ADS
LUTs for p T retrieval microwindows MDS
GADS General
P T retrieval microwindows ADS
ILS Calibration GADS
Auxilliary Products
MIP_MW1_AX: Level 1B Microwindow dictionary
MIP_IG2_AX: Initial Guess Profile data
MIP_FM2_AX: Forward Calculation Results
MIP_CS2_AX: Cross Sections Lookup Table
MIP_CS1_AX: MIPAS ILS and Spectral calibration
MIP_CO1_AX: MIPAS offset validation
MIP_CL1_AX: Line of sight calibration
MIP_CG1_AX: MIPAS Gain calibration
MIP_SP2_AX: Spectroscopic data
MIP_PS2_AX: Level 2 Processing Parameters
MIP_PS1_AX: Level 1B Processing Parameters
MIP_PI2_AX: A Priori Pointing Information
MIP_OM2_AX: Microwindow Occupation Matrix
MIP_MW2_AX: Level 2 Microwindows data
MIP_CA1_AX: Instrument characterization data
Level 0 Products
MIP_RW__0P: MIPAS Raw Data and SPE Self Test Mode
MIP_NL__0P: MIPAS Nominal Level 0
MIP_LS__0P: MIPAS Line of Sight (LOS) Level 0
Level 1 Products
MIP_NL__1P: MIPAS Geolocated and Calibrated Spectra
Level 2 Products
MIP_NLE_2P: MIPAS Extracted Temperature , Pressure and Atmospheric Constituents Profiles
MIP_NL__2P: MIPAS Temperature , Pressure and Atmospheric Constituents Profiles
Glossary
References
Glossaries of technical terms
Level 2 processing
Pointing
Miscellaneous hardware and optical terms
Spectrometry and radiometry
Data Processing
Alphabetical index of technical terms
Frequently Asked Questions
The MIPAS Instrument
Inflight performance verification
Instrument characteristics and performances
Preflight characteristics and expected performances
Subsystem description
Payload description and position on the platform
MIPAS Products and Algorithms
Data handling cookbook
Characterisation and calibration
Calibration
Latency, throughput and data volume
Auxiliary products
Level 2
Instrument specific topics
Algorithms and products
Level 2 products and algorithms
Products
The retrieval modules
Computation of cross-sections
Level 1b products and algorithms
Products
Calculate ILS Retrieval function
Level 1a intermediary products and algorithms
Product evolution history
Definition and convention
MIPAS Products User Guide
Image gallery
Further reading
How to use MIPAS data?
Summary of applications and products
Peculiarities of MIPAS
Geophysical coverage
Principles of measurement
Scientific background
MIPAS Product Handbook
Services
Site Map
Frequently asked questions
Glossary
Credits
Terms of use
Contact us
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6.5.4 1 MDSR per MDS

Table 6.27 1 MDSR per MDS

1 MDSR per MDS

# Description Units Count Type Size
Data Record
0 dsr_time
Creation Time
MJD 1 mjd 12 byte(s)
1 quality_flag
Quality indicator (PCD)""""0"""" non-corrupted,""""-1"""" = corrupted, default values filled in
flag 1 BooleanFlag 1 byte(s)
2 therm_time
Thermistor time (UTC).Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
3 feo_coef
FEOA fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(ADC count)4,
- 6 db 6*8 byte(s)
4 inst_coef
InstrumentA fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(ADC co
- 6 db 6*8 byte(s)
5 cbe_coef
CBEA fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(ADC count)4,
- 6 db 6*8 byte(s)
6 dpu_1_coef
DPU/DTU range 1A fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(A
- 6 db 6*8 byte(s)
7 dpu_2_coef
DPU/DTU range 2A fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(A
- 6 db 6*8 byte(s)
8 spe_coef
SPEA fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(ADC count)4,
- 6 db 6*8 byte(s)
9 paw_coef
PAWA fifth order polynomial relates each thermistor (or a set of) reading (ADC count) to the actual temperature (Kelvin) which leads to a set of 6 coefficients. The units of coefficients are K, K/ADC count, K/(ADC count)2, K/(ADC count)3, K/(ADC count)4,
- 6 db 6*8 byte(s)
10 spare_1
Spare
- 1 SpareField 50 byte(s)
11 nonlin_time
Non-linearity r time. Last modification time of file section using UTC time format.
UTC 1 UtcExternal 27 byte(s)
12 detector_coef
Detector responsivity coefficients with ASCM approach (relates responsivity to a """"digitized"""" incident flux). A third order polynomial (4 values from zero order term to third order term) for detectors A1, A2, B1 and B2 respectively.
- 4*4*2 db 4*4*2*8 byte(s)
13 photon_flux_min
Photon flux min associated with the fit coefficients
- 4 db 4*8 byte(s)
14 photon_flux_max
Photon flux max associated with the fit coefficients
- 4 db 4*8 byte(s)
15 spare_2
Spare
- 1 SpareField 32 byte(s)
16 spare_3
Spare
- 1 SpareField 50 byte(s)
17 equal_time
Equalization time (UTC)Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
18 output_port
Output port to equalize channel A.'0' means no equalization, '1' means channel A1 and '2' means channel A2
- 1 uc 1 byte(s)
19 num_coef
Number of coefficients (N=32 TBD)The number of coefficients is expected to be between 2 and 32, may be set to zero if field 17 is zero.
- 1 us 2 byte(s)
20 coef
Complex coefficients
- db 8 byte(s)
21 spare_4
Spare
- 1 SpareField 50 byte(s)
22 bb_time
Blackbody time (UTC)Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
23 corr_factor
Correction factors(size TBD)
- 1 db 8 byte(s)
24 element_loc
Base area element locations
m 8 db 8*8 byte(s)
25 prt_loc
Base area PRT locations
m 3 db 3*8 byte(s)
26 view_factor
View factors
- 3 db 3*8 byte(s)
27 emis_star_freq
Start wavenumber of grid on which surface emissivity data are represented
cm-1 1 fl 4 byte(s)
28 emis_step
Wavenumber increment of grid on which surface emissivity data are represented
cm-1 1 fl 4 byte(s)
29 emis_num
Number of Data points in grid for surface emissivity (G).
- 1 us 2 byte(s)
30 surf_emiss
Surface emissivity vs wavenumber
- db 8 byte(s)
31 start_freq_grid
Start wavenumber of grid on which effective emissivity data are represented.
cm-1 1 fl 4 byte(s)
32 freq_inc_grid
Wavenumber increment of grid on which effective emissivity data are represented.
cm-1 1 fl 4 byte(s)
33 num_data_pt_grid
Number of data points in grid for effective emissivity (H)
- 1 us 2 byte(s)
34 eff_emiss
Effective emissivity vs wavenumber
- db 8 byte(s)
35 prt_res
PRT resistance values (high & low)
- 10 db 10*8 byte(s)
36 dig_prt_coef
Digital to PRT resistanceA second order polynomial relates digital reading (from the CBB PRT) to resistance values which leads to a set of 3 coefficients. The units of the coefficients are ohm, ohm/ADC count, ohm/(ADC count)2.
- 15 db 15*8 byte(s)
37 prt_temp_coef
PRT resistance to temperatureA second order polynomial relates PRT resistance values to actual temperature (Kelvin) which leads to a set of 3 coefficients. The units of coefficients are K, K/ohm, K/ohm2
- 15 db 15*8 byte(s)
38 spare_5
Spare
- 1 SpareField 30 byte(s)
39 dtu_time
DTU time (UTC)Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
40 dectector_coef
Detector responsivity vs temperatureA third order polynomial relates detector (for all 8) responsivity to DTU temperature which leads to a set of 4 coefficients. The units of coefficients are no units, K-1, K-2, K-3
- 32 db 32*8 byte(s)
41 temp_scale_fact
Responsivity scaling factor (kR)
- 1 db 8 byte(s)
42 spare_6
Spare
- 1 SpareField 42 byte(s)
43 spe_time
SPE time (UTC)Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
44 spe_gain
Gain vs temperature and frequency (size TBD)
- 480 db 480*8 byte(s)
45 spe_phase
Phase vs temperature and frequency (size TBD)
- 480 db 480*8 byte(s)
46 spare_7
Spare
- 1 SpareField 50 byte(s)
47 paw_time
PAW time (UTC)Last modification time of file section using UTC time format
UTC 1 UtcExternal 27 byte(s)
48 paw_gain_setting
Gain vs setting
- 64 db 64*8 byte(s)
49 paw_gain_temp
Gain vs temperature
- 10 db 10*8 byte(s)
50 azi_offset
Azimuth offset
degrees 1 db 8 byte(s)
51 spare_8
Spare
- 1 SpareField 42 byte(s)
Record Length : 10187

DS_NAME : 1 MDSR per MDS



Format Version 114.0  

Keywords: ESA European Space Agency - Agence spatiale europeenne, observation de la terre, earth observation, satellite remote sensing, teledetection, geophysique, altimetrie, radar, chimique atmospherique, geophysics, altimetry, radar, atmospheric chemistry