PDS_VERSION_ID = PDS3 LABEL_REVISION_NOTE = "2004-09-14 RS: stanzel Original; 2004-10-11 RS: carone updated; 2004-10-15 RS: carone updated; 2004-11-08 RS: carone updated; 2005-01-11 RS: carone updated; 2005-01-20 RS: carone updated; 2005-04-18 RS: carone updated; 2005-12-13 RS: carone updated; 2008-01-29 RS: stanzel updated" RECORD_TYPE = STREAM OBJECT = DATA_SET DATA_SET_ID = "MEX-X-MRS-1/2/3-EXT2-1663-V1.0" OBJECT = DATA_SET_INFORMATION DATA_SET_NAME = "MARS EXPRESS SUN MRS 1/2/3 EXTENDED MISSION 2 1663 V1.0" DATA_SET_COLLECTION_MEMBER_FLG = "N" DATA_OBJECT_TYPE = TABLE START_TIME = 2008-11-30T10:30:00 STOP_TIME = 2008-11-30T15:00:00 DATA_SET_RELEASE_DATE = 2012-01-17 PRODUCER_FULL_NAME = "MARTIN PAETZOLD" DETAILED_CATALOG_FLAG = "N" ARCHIVE_STATUS = "ARCHIVED" ABSTRACT_DESC = "This is a Solar Conjunction measurement covering the time 2008-11-30T10:30:00 to 2008-11-30T15:00:00." CITATION_DESC = "M. Paetzold, Mars Express MaRS Level 1, 2 and 3 data, Experimental Data acquired from Extended Mission 2 (EXT2), Version V1.0, MEXMRS_1663_2008_335_V1.0, ESA Planetary Science Archive, 2005." DATA_SET_TERSE_DESC = "This is a Mars Express Radio Science data set, collected during the extended mission phase 2007-11-01 to tbd. It is a Solar Conjunction measurement and covers the time 2008-11-30T10:30:00 to 2008-11-30T15:00:00." DATA_SET_DESC = " Data Set Overview ================ The Mars Express (MEX) Radio Science (MaRS) Data Archive is a time-ordered collection of raw and partially processed data collected during the MEX Mission to Mars. For more information on the investigations proposed see the MaRS User Manual [MARSUSERMANUAL2004] in the MaRS DOCUMENT/MRS_DOC folder. This is a Solar Conjunction measurement covering the time 2008-11-30T10:30:00 to 2008-11-30T15:00:00. This data set was collected during the MEX Extended Mission Phase 2 (EXT2) 2007 to tbd. There were three types of scientific measurements conducted during Extended Mission: Occultation, Bistatic Radar and Gravity where one has to distinguish between global gravity measurements which were conducted around apocenter and target gravity measurements which were conducted around pericenter over interesting geophysical structures. For more information see INST.CAT or the MaRS User Manual [MARSUSERMANUAL2004]. For all measurements if not indicated otherwise Transponder 1 onboard the s/c was used. Transponder 2 is designed to be a backup. Mission Phase Definition ======================== It should be noted that the Mars Express (MEX) Radio Science (MaRS) group uses mission phases which deviate from the ones defined in the MISSION.CAT files given by ESA in order to keep the keywords and abbreviations consistent for Mars Express, and Rosetta. For Venus Express other definitions are used. Those mission phase abbreviations are also used in the data description field of the dataset_id. MaRS mission name | abbreviation | time span ================================================================ Near Earth Verification | NEV | 2003-06-02 - 2003-07-31 ---------------------------------------------------------------- Cruise 1 | CR1 | 2003-08-01 - 2003-12-25 ---------------------------------------------------------------- Mission Commissioning | MCO | 2003-12-26 - 2004-06-30 ---------------------------------------------------------------- Prime Mission | PRM | 2004-07-01 - 2005-12-31 ---------------------------------------------------------------- Extended Mission 1 | EXT1 | 2006-01-01 - 2007-09-30 ---------------------------------------------------------------- Extended Mission 2 | EXT2 | 2007-10-01 - tbd Data files ---------- Data files are: The tracking files from Deep Space Network (DSN) and from the Intermediate Frequency Modulation System (IFMS) used by the ESA ground station New Norcia. Level 1A to level 2 data are archived. The predicted and reconstructed Doppler and range files Geometry files. All Level 1A binary data files will have the file name extension eee = .DAT IFMS Level 1A ASCII data files will have the file name extension eee = .RAW Level 1B and 2 tabulated ASCII data files will have the file name extension eee = .TAB Binary data files will have the file name extension .DAT Data levels ---------- It should be noted that these data levels which are also used in the file names and data directories are PSA data levels whereas in the PDS label files CODMAC levels are used. PSA data level | CODMAC level ----------------------------- 1A | 1 1B | 2 2 | 3 Data Set Identifier ------------------- The 'DATA_SET_ID' is a unique alphanumeric identifier for the data sets. It looks something like: XXX-Y-ZZZ-U-VVV-NNNN-WWW Acronym | Description | Example -------------------------------------------------------- XXX | Instrument Host ID | MEX -------------------------------------------------------- Y | Target ID | M (for Mars) or X for | | other like for example | | for sun during solar | | conjunction measurements -------------------------------------------------------- ZZZ | Instrument ID | MRS -------------------------------------------------------- U | Data level (here | 1/2/3 (Data set | CODMAC levels are used) | contains raw, edited | | and calibrated data) --------------------------------------------------------- VVV | MaRS mission phase |MCO | (deviate from the |(for values see above) | mission phases) | --------------------------------------------------------- NNNN | 4 digit sequence number | 0123 | which is identical to | | the Radio Science | | Volume_id | --------------------------------------------------------- WWW | Version number | V1.0 MaRS data were originally archived as volumes rather than data sets. However, ESA PSA does not uses volume but data set. To avoid confusion it was specified that one MaRS data volume is equal one data set. Thus the data set was also assigned a 4 digit sequence number which is identical to the one used in the volume_id. If the data_set_id is known it is automatically specified on which volume the data set is found. VOLUME_ID --------- The VOLUME_ID is a unique alphanumeric identifier for volume. The Volume ID provides a unique identifier for a single MaRS, RSI or VeRa data volume, typically a physical CD-ROM or DVD. The volume ID is also called 'volume label' by the various CD- ROM recording software packages. The Volume ID is formed using a mission identifier, an instrument identifier of 3 charac- ters, followed by an underscore character, followed by a 4 digit sequence number. In the 4-digit number, the first one represents the volume set, the remaining digits define the range of volumes in the volume set. For Mars Express the first digit is not defined after the kind of measurement (see below for Rosetta and VEX), but after the Mission phase. 0000: Commissioning 1000: Occultation 2000: Gravity 3000: Solar Conjunction 4000: Bistatic Radar 5000: Passive/Active Checkouts 6000: Swing-bys/Fly-bys 7000: Cometary Coma Observations It looks something like: XXXXXX-ZZZZ Acronym | Description | Example ---------------------------------------------------------- XXXXXX | Instrument Host and Instrument ID | MEXMRS ---------------------------------------------------------- ZZZZ | 4 digit sequence number | 0123 Important note: the here defined ESA PSA Volume_Id is not identical with the Radio Science Volume_Id. The Radio Science Volume_Id is a number which is incremented measurement by measurement, independent what kind of measurement was conducted. The Radio Science Volume_Id belonging to one single measurement can be find in the Logbook, loca- ted in the folder DOCUMENT/MRS_DOC. Descriptive files ----------------- Descriptive files contain information in order to support the processing and analysis of data files. The following file types are defined as descriptive files with extension eee = .LBL PDS label files .CFG IFMS configuration .AUX Ancillary files (event files, attitude files, ESOC orbit files, products, SPICE files) .TXT Information (text) files File naming convention ====================== All incoming data files will be renamed and all processed data files will be named after the following file naming convention format. The original file name of the incoming tracking data files will be stored in the according label file as source_product_id. The new PDS compliant file name will be the following: rggttttlll_sss_yydddhhmm_qq.eee Acronym | Description | Examples ============================================================= r | space craft name abbreviation | M | R = Rosetta | | M = Mars Express | | V = Venus Express | ------------------------------------------------------------- gg | Ground station ID: | 43 | | | 00: valid for all ground stations; | | various ground stations or independent | | of ground station or not feasible to | | appoint to a specific ground station or | | complex | | | | DSN complex Canberra: | | --------------------- | | 34 = 34 m BWG (beam waveguide) | | 40 = complex | | 43 = 70 m | | 45 = 34 m HEF (high efficiency) | | | | ESA Cebreros antenna: | | --------------------- | | 62 = 35 m | | | | DSN complex Goldstone: | | ---------------------- | | 10 = complex | | 14 = 70 m | | 15 = 34 m HEF | | 24 = 34 m BWG | | 25 = 34 m BWG | | 26 = 34 m BWG | | 27 = 34 m HSBWG | | | | ESA Kourou antenna: | | ------------------- | | 75 = 15 m | | | | DSN complex Madrid: | | ------------------- | | 54 = 34 m BWG | | 55 = 34 m BWG | | 63 = 70 m | | 65 = 34 m HEF | | 60 = complex | | | | ESA New Norcia antenna: | | ----------------------- | | 32 = 35 m | ------------------------------------------------------------- tttt | data source identifier: | TNF0 | | | Level 1A and 1B: | | ---------------- | | ODF0 = ODF closed loop | | TNF0 = TNF closed loop (L1A) | | T000-T017 = TNF closed loop (L1B) | | ICL1 = IFMS 1 closed loop | | ICL2 = IFMS 2 closed loop | | ICL3 = IFMS RS closed loop | | IOL3 = IFMS RS open loop | | R1Az = RSR block 1A open loop | | R1Bz = RSR block 1B open loop | | R2Az = RSR block 2A open loop | | R2Bz = RSR block 2B open loop | | R3Az = RSR block 3A open loop | | R3Bz = RSR block 3B open loop | | z=1...4 subchannel number | | ESOC = ancillary files from ESOC DDS | | DSN0 = ancillary files from DSN | | SUE0= ancillary and information files | | coming from Stanford University | | center for radar astronomy | | | | Level 2: | | ------- | | UNBW = predicted and reconstructed | | Doppler and range files | | ICL1 = IFMS 1 closed loop | | ICL2 = IFMS 2 closed-loop | | ICL3 = IFMS RS closed-loop | | ODF0 = DSN ODF closed loop file | | T000-T017 = TNF closed loop file | | RSR0 = DSN RSR open loop file | | RSRC = DSN RSR open loop file containing | | data with right circular | | polarization (only solar | | conjunction measurement) | | RSRL = DSN RSR open loop file containing | | data with left circular | | polarization (only solar | | conjunction measurement) | | NAIF = JPL or ESTEC SPICE Kernels | | SUE0 = ancillary information and | | calibration files coming from | | Stanford University center for | | radar astronomy | | GEOM = geometry file | | | --------|------------------------------------------|-------- lll | Data archiving level | L1A | L1A = Level 1A | | L1B = Level 1B | | L02 = Level 2 | | L03 = Level 3 | --------|------------------------------------------|-------- sss | data type | | | | IFMS data files level 1A: | | ------------------------- | | D1X uncalibrated Doppler 1 X-Band | | D1S uncalibrated Doppler 1 S-Band | | D2X uncalibrated Doppler 2 X-Band | | D2S uncalibrated Doppler 2 S-Band | | C1X Doppler 1 X-Band equip. calibration | | C1S Doppler 1 S-Band equip. calibration | | C2X Doppler 2 X-Band equip. calibration | | C2S Doppler 2 S-Band equip. calibration | | RGX uncalibrated X-Band range | | RGS uncalibrated S-Band range | | MET meteo file | | AG1 AGC 1 files | | AG2 AGC 2 files | | RCX X-Band range equip. calibration | | RCS S-Band range equip. calibration | | | | DSN data files level 1A: | | ------------------------- | | ODF original orbit files (closed loop) | | RSR radio science receiver open-loop file| | TNF file (closed loop) | | | | ESOC ancillary data level 1A: | | ----------------------------- | | ATR attitude file, reconstructed | | EVT orbit event file | | OHC orbit file, heliocentric cruise | | OMO orbit file, marscentric, operational | | | | DSN Calibration files level 1A: | | ------------------------------- | | TRO DSN tropospheric calibration model | | MET DSN meteorological file | | ION DSN ionospheric calibration model | | BCL SUE Bistatic radar temperature | | calibration | | | | DSN ancillary data level 1A: | | ----------------------------- | | DKF DSN Keyword File | | MON DSN monitor data | | NMC DSN Network Monitor and Control file | | SOE DSN Sequence of Events | | EOP DSN earth orientation parameter file | | ENB SUE Experimenter Notebook | | MFT SUE Manifest files | | LIT DSN Light time file | | HEA DSN Data collection list | | OPT DSN Orbit and timing geometry file | | | | DSN Browse Plots level 1A: | | -------------------------- | | BRO bistatic radar 4-panel plots (browse)| | | | IFMS data files level 1B: | | ------------------------- | | D1X uncalibrated Doppler 1 X-band | | D1S uncalibrated Doppler 1 S-band | | D2X uncalibrated Doppler 2 X-band | | D2S uncalibrated Doppler 2 S-band | | C1X Doppler 1 X-band equip. calibration | | C1S Doppler 1 S-band equip. calibration | | C2X Doppler 2 X-band equip. calibration | | C2S Doppler 2 S-band equip. calibration | | RGX uncalibrated X-band range | | RGS uncalibrated S-band range | | MET meteo | | AG1 AGC 1 | | AG2 AGC 2 | | RCX X-band range equip. calibration | | RCS S-band range equip. calibration | | | | DSN ODF data files level 1B: | | ----------------------------- | | DPS S-band Doppler | | DPX X-band Doppler | | RGS uncalibrated S-Band ranging file | | RGX uncalibrated X-Band ranging file | | RMP uplink frequency ramp rate file | | | | DSN calibration data level 1B: | | ----------------------------- | | MET meteorological file | | | | IFMS data level 2: | | ----------------- | | D1X uncalibrated Doppler 1 X-Band | | D1S uncalibrated Doppler 1 S-Band | | D2X uncalibrated Doppler 2 X-Band | | D2S uncalibrated Doppler 2 S-Band | | RGX uncalibrated X-Band range | | RGS uncalibrated S-Band range | | RCX X-Band range equip. calibration | | RCS S-Band range equip. calibration | | | | IFMS Browse plots level 2 | | ------------------------- | | B1X Quick look plots of calibrated | | Doppler 1 X-band | | B1S Quick look plots of calibrated | | Doppler 1 S-band | | B2X Quick look plots of calibrated | | Doppler 2 X-band | | B2S Quick look plots of calibrated | | Doppler 2 S-band | | | | DSN level 2 data: | | ----------------- | | DPX calibrated Doppler X-band | | DPS calibrated Doppler S-band | | RGS calibrated S-band ranging file | | RGX calibrated X-band ranging file | | BSR bistatic radar power spectra | | SRG bistatic radar surface reflection | | geometry file | | | | DSN level 2 calibration data: | | ---------------------------- | | SRF Surface Reflection Filter Files | | | | orbit files level 2: | | -------------------- | | PTW Doppler & range prediction two-way | | PON Doppler & range prediction on | | RTW reconstructed Doppler & range orbit | | file two-way | | RON reconstructed Doppler & range orbit | | file one-way | | LOC heliocentric state vector file | | | | Constellation file Level 2: | | --------------------------- | | MAR Mars constellation file | | VEN Venus constellation file | | P67 Churyumov-Gerasimenko | | constellation file | | | | SPICE kernel files level 2: | | --------------------------- | | BSP binary spacecraft/location | | kernel file | | FRM frame kernel file | | ORB orbit numbering file | | PBC predicted attitude kernel file | | PCK planetary constant kernel | | SCK space craft clock kernel | | TLS leap second kernel file | | | | Science data level 3: | | --------------------- | | SCP solar corona science | --------|------------------------------------------|-------- yy | Year | 04 --------|------------------------------------------|-------- ddd | Day of year | 153 --------|------------------------------------------|-------- hhmm | Sample hour, minute start time | 1135 | For IFMS files this is the ESOC | | reference time tag which usually | | coincides with the first sample time. | | For IFMS Ranging files however this is | | not true. Here the reference time tag | | is two-way light time before the first | | actual measurement. | --------|------------------------------------------|-------- qq | Sequence or version number | 01 --------|------------------------------------------|-------- eee | .DAT binary files (Level 1A) | .RAW | .TAB ASCII table data file | | .AUX ancillary file | | .CFG IFMS configuration file (Level 1B) | | .LBL PDS label files | | .TXT information files | | .RAW ASCII data files (Level 1A) | | .LOG Processing log files (Level 2) | Processing (DSN) ================ TNF's are screened for 'bad' data points by the JPL Radio Metric Data Conditioning Team (RMDCT) before the files are processed to ODF's. The TNF's included in this archive, however, are the pre- screened versions. The open-loop (RSR) data in the archive have been assembled from individual records (packets) into files. They have not otherwise been processed. The Level 2 radio occultation data have been processed as follows. The RSR samples were digitally filtered to reduce bandwidth; in the process they were also converted from 16-bit I and 16-bit Q complex integer samples to 64-bit I and 64-bit Q double precision complex floating point samples. The complex floating point samples were Fourier transformed and estimates made of the carrier amplitude and frequency and their uncer- tainties. The reconstructed spacecraft trajectory, planetary epheme- rides, records of uplink and downlink tuning, and other data were used to calculate the expected carrier frequency at the receiving antenna. The Level 2 products are tables of the observed amplitude, its uncertainty, the observed frequency, its uncertainty, and the difference between the observed and the expected frequency as a function of time. Separate tables have been created for each RSR. The Level 2 bistatic radar spectra (SPC) have been processed as follows. The RSR samples were converted from 16-bit I and 16-bit Q complex integer samples to 64-bit I and 64-bit Q double precision complex floating point samples. In the process they were digitally corrected for non-uniform spectral response of the receiving system. This was done by computing spectra from series of time samples and dividing each spectrum by the square root of a power spectrum computed from many minutes of noise. The amplitude of the samples was then adjusted so that power spectra in each receiver channel would have an amplitude proportional to kTsysB where k is Boltzmann's constant, Tsys is the receiver system temperature in Kelvin, and B is the width of one frequency bin (spectral resolution) in the power spectrum. Then the power spectra (e.g., XR*conj(XR)) and cross spectra (e.g., XR*conj(XL)) were computed. Structure of DATA Directory =========================== Please note that the following description lists all possible subfolders. If however there is no data to fill some of these folders they will not be generated. |-DATA | |-LEVEL1A | | |-CLOSED_LOOP | | | |-DSN | | | | |-ODF Orbit Data Files | | | | |-Tracking and Navigation Files | | | | | | | |-IFMS | | | |-AG1 Auto Gain Control 1 data files | | | |-AG2 Auto Gain Control 2 data files | | | |-DP1 Doppler 1 data files | | | |-DP2 Doppler 2 data files | | | |-RNG Ranging data files | | | | | |-OPEN_LOOP | | | |-DSN | | | | |-RSR Radio-Science Receiver data files | | | | | | |-IFMS | | |-AG1 Auto Gain Control 1 data files | | |-AG2 Auto Gain Control 2 data files | | |-DP1 Doppler 1 data files | | |-DP2 Doppler 2 data files | | |-RNG Ranging data files | | | |-LEVEL1B | | |-CLOSED_LOOP | | | |-DSN | | | | |-ODF Orbit Data Files | | | | | | | |- IFMS | | | | |- AG1 Auto Gain Control 1 data files | | | | |- AG2 Auto Gain Control 2 data files | | | | |- DP1 Doppler 1 data files | | | | |- DP2 Doppler 2 data files | | | | |- RNG Ranging data files | | | | | |- OPEN_LOOP | | | |-IFMS | | | | |-AG1 Auto Gain Control 1 data files | | | | |-AG2 Auto Gain Control 2 data files | | | | |-DP1 Doppler 1 data files | | | | |-DP2 Doppler 2 data files | | | | |-RNG Ranging data files | | | |-LEVEL2 | | |- CLOSED_LOOP | | | |- DSN | | | | |-ODF Orbit Data Files | | | | | | | |- IFMS | | | | |-DP1 Doppler 1 data files | | | | |-DP2 Doppler 2 data files | | | | |-RNG Ranging data files | | | | | |- OPEN_LOOP | | | |-DSN | | | | |-BSR Bistatic radar power spectra | | | | |-SRG Bistatic radar surface reflection | | | | | geometry file | | | | |-DPX Doppler X-Band files | | | | |-DPS Doppler S-Band files | | | | | | | |-IFMS | | | | |-DP1 Doppler 1 data files | | | | |-DP2 Doppler 2 data files | | | | |-RNG Ranging data files Files in the DATA Directory --------------------------- Files in the DATA directory are: Data Level 1A: -------------- Level 1A data are incoming raw tracking data files obtained either from ESA IFMS or DSN. All incoming data files will be renamed after the file naming convention format defined in section 5.1 of the MaRS File Naming Convention document [MARSFNC2004] and get a minimal detached label file .LBL. The original file name of the incoming tracking data files will be stored in the according label file as SOURCE_PRODUCT_ID. These files have the file extension .RAW if ASCII and .DAT if binary files. TNF's are screened for 'bad' data points by the JPL Radio Metric Data Conditioning Team (RMDCT) before the files are processed to ODF's. The TNF's included in this archive, however, are the pre- screened versions. Tracking and Navigation Files (TNF Directory) --------------------------------------------- TNF's became available within a few hours of the completion of a Mars Express pass. Orbit Data Files ---------------- ODF's were typically issued daily throughout the MEX mission with weekend data being consolidated into a single file on Monday. Typical ODF's have sizes 15-50 kB. All ODFs in the NEV archive have 60 second sampling. For higher sampling rates, the user must resort to the (more primitive) TNF products. Radio Science Receiver Files (RSR Directory) -------------------------------------------- Each RSR generated a stream of packets which could be assembled into files of arbitrary length. It was decided, after some experimentation, that files containing about 300 MB were the largest that could be easily manipulated in the analysis computers available in 2003. With a small number of exceptions, this is the largest file size that will be found in the RSR directory. The open-loop (RSR) data in the archive have been assembled from individual records (packets) into files. They have not other- wise been processed. IFMS Data Level 1B: ------------------- Level 1B files are created from level 1A (raw tracking data) as edited ASCII formatted file. Three files are generated for each ESA IFMS Level 1A data file: Level 1B IFMS data file (extension .TAB) Level 1B IFMS configuration file (extension .CFG) Level 1B IFMS label file (extension .LBL) The label file contains the description of the .TAB as well as of the .CFG file. Up to eight files are generated for each DSN ODF Level 1A file: Level 1B ODF Doppler S-Band data file + label file Level 1B ODF Doppler X-Band data file + label file Level 1B ODF Ranging S-Band data file + label file Level 1B ODF Ranging X-Band data file + label file Cologne is processing IFMS and ODF data, Stanford University processes RSR data up to level 2 and forwards raw and processed data to Cologne for archiving. However, for RSR there will be no level 1B files. Data Level 2: ------------- Level 2 data are calibrated data after further processing. The file format is in ASCII. This data level can be used for further scientific interpretation. The keyword OBSERVATION_TYPE in the Level 2 data labels indicates which kind of measurement was done. Keyword values are: Occultation, Target Gravity, Global Gravity, Solar Conjunction, Bistatic Radar, Commissioning and Phobos Gravity. Commissioning covers the NEV, CR1 and partly MCO Mission Phase where no specific measurement was done but equip- ment on board the spacecraft and on ground station was tested. IFMS Level 2 input files: ------------------------- There may be several Doppler 1 X-Band files in level 1A which will be merged on level 2. The same is true for all other Doppler file type and Ranging X and S-Band files. Only files with continuous sequenced numbers (the file names are the same only the sequence number varies for these files) are merged together. Otherwise a new Level 02 data file is created (merging data files with a new sequence of files). The level 2 source_product_id however gives the RAW IFMS file names since the raw files are used for processing. But the content of the IFMS raw files are identical to the corresponding level 1A IFMS files in one data set, only the file name is different. And the source_product_id of the level 1A files gives the original raw IFMS files. In addition the level 1A files have almost the same file name as the corresponding level 2 files. The corresponding level 1A files can be found in DATA/LEVEL1A/CLOSED_LOOP/IFMS/DP1 for Doppler 1 files DATA/LEVEL1A/CLOSED_LOOP/IFMS/DP2 for Doppler 2 files DATA/LEVEL1A/CLOSED_LOOP/IFMS/RNG for Ranging files ---------------------------------------------------------- Example: M32ICL1L02_D1X_040931103_00.TAB is a level 2 Doppler 1 X-Band file in M32ICL1L02_D1X_040931103_00.LBL the following SOURCE_PRODUCT_ID is given: SOURCE_PRODUCT_ID = {NN11_MEX1_2004_093_OP_D1_110358_0000, NN11_MEX1_2004_093_OP_D1_110358_0001, NN11_MEX1_2004_093_OP_D1_110358_0002} which are the raw IFMS files. The corresponding Level 1A files can be found in DATA/LEVEL1A/CLOSED_LOOP/IFMS/DP1 Their names are: M32ICL1L1A_D1X_040931103_00.RAW M32ICL1L1A_D1X_040931103_01.RAW M32ICL1L1A_D1X_040931103_02.RAW and the corresponding label files give the source_product_id as: in the M32ICL1L1A_D1X_040931103_00.LBL file the source_product_id is given as: SOURCE_PRODUCT_ID = NN11_MEX1_2004_093_OP_D1_110358_0000 in the M32ICL1L1A_D1X_040931103_01.LBL file the source_product_id is given as: SOURCE_PRODUCT_ID = NN11_MEX1_2004_093_OP_D1_110358_0001 in the M32ICL1L1A_D1X_040931103_02.LBL file the source_product_id is given as: SOURCE_PRODUCT_ID = NN11_MEX1_2004_093_OP_D1_110358_0002 Note that in this example the three level 1A files were merged to one level 2 files. The file names of the level 1A files are almost identical to the level 2 file name with three differences: - L1A instead of L02 in the file name which tells the user that these are level 1A and level 2 files. - The two digit-sequence number at the end of the file can be different. - The level 1A files have file extension .RAW whereas level 2 files have file extension .TAB ---------------------------------------------------------- Other inputs for Doppler and Ranging files: ------------------------------------------- predicted orbit file (see EXTRAS/ANCILLARY/UNI_BW) Meteorological file (see CALIB/CLOSED_LOOP/IFMS/MET) AGC file (see DATA/1A or 1B/CLOSED_LOOP/AGC1 or AGC2) Spacecraft orbit SPICE kernels (see EXTRAS/ANCILLARY/SPICE can also be downloaded from ftp://ssols01.esac.esa.int/pub/data/SPICE/MEX/kernels) Calibration Documentation: -------------------------- For documentation about Doppler and Ranging Calibration please see in DOCUMENT/MRS_DOC/MEX_MRS_IGM_DS_3035 and MEX_MRS_IGM_DS_3036 For differential Doppler: ------------------------- If the processed level 2 file is for example Doppler 1 X-Band then information from IFMS raw Doppler 1 S-Band files which cover approximately the same time were used for processing as well. For Doppler 1 S-Band information from IFMS raw Doppler 1 X-Band files were used. Doppler 2 files were processed accordingly. In most cases on IFMS1 and IFMS2 X-Band data were recorded: The corresponding raw files' names start with NN11_ or NN12_. S-Band data were in most cases recorded at IFMS3. The corresponding raw files' names start with NN13_. If for some reason this configuration was changed this is indicated either at the beginning of this description or at the end in the anomaly report. For Ranging in addition are used: --------------------------------- Range calibration file (see CALIB/CLOSED_LOOP/IFMS/RCL) Klobuchar coefficients for Earth-Ionosphere calibration (can be downloaded from this site: http://www.aiub.unibe.ch/download/CODE/) The calibrated Doppler files contain observed IFMS sky frequency, X-band Doppler and S-band Doppler frequency shift, residual (computed using the predict file), and the differential Doppler. If only a single downlink frequency was used, a differen- tial Doppler cannot be computed and was set to -999.999999 in the output file. The level 2 ranging files contain the observed TWLT at X-band or S-band, the calibrated TWLT at X-band or S-band, the TWLT delay at X-band or S-band and the differential TWLT. If only one frequency was used, the differential TWLT is set to -99999.9. IFMS Level 2 output files: -------------------------- Level 2 IFMS data file (extension .TAB) Level 2 IFMS label file (extension .LBL) Level 2 IFMS log file (extension .LOG). The log files can be found in /EXTRAS/ANCILLARY/MRS/LOGFILES and contain information about the level 2 Doppler and Ranging data processing. ODF Level 2 input files: ------------------------ ODF Level 1B files Doppler and Range prediction file or Orbit reconstructed file Media calibration files The calibrated Doppler files contain observed IFMS Doppler expressed as X-band Doppler or S-band Doppler, residual and detrended X-band or S-band Doppler (computed using the predict file), the detrended differential Doppler. If only one single frequency was used, the differential Doppler will be set to -999.999999. The level 2 ranging file contains the observed Two-Way- Light-Time (TWLT) at X-band or S-band, the calibrated TWLT at X-band or S-band, the TWLT delay at X-band or S-band and the differential TWLT. If only one frequency was used, the differential TWLT is set to -99999.9. Other inputs for Doppler and Ranging files: ------------------------------------------- Predicted orbit file (see EXTRAS/ANCILLARY/UNI_BW) Meteorological file (see CALIB/CLOSED_LOOP/ODF/MET) Spacecraft orbit SPICE kernels (see EXTRAS/ANCILLARY/SPICE can also be downloaded from: ftp://ssols01.esac.esa.int/pub/data/SPICE/MEX/kernels) RSR Level 2 data: ----------------- There are four types of 'calibrated' data in the data set; each is described briefly below. Surface Reflection Filter Files ------------------------------- SRF files contain power spectra derived from noise measure- ments when the radio system was stable and there were no spacecraft signals in the passband. SRF's were derived sepa- rately for each receiver channel; but the fact that the spectral characteristics of each receiver depended almost entirely on digital signal processing meant that there was little practical difference among channels when sampling rates (output bandwidths) were the same and the SRF's were interchangeable. SRF's were ASCII PDS SPECTRUM objects with attached labels. Level 2 Neutral Atmosphere Files -------------------------------- L2N files were the calibrated output of partial processing of RSR data collected for radio occultations. They were ASCII tables of frequencies and amplitudes in physically meaningful units. Separate L2N files were derived for each receiver channel. The Level 2 radio occultation data have been processed as follows: The RSR samples were digitally filtered to reduce bandwidth; in the process they were also converted from 16-bit I and 16-bit Q complex integer samples to 64-bit I and 64-bit Q double precision complex floating point samples. The complex floating point samples were Fourier transformed and estimates made of the carrier amplitude and frequency and their uncertainties. The reconstructed spacecraft trajectory, planetary epheme- rides, records of uplink and downlink tuning, and other data were used to calculate the expected carrier frequency at the receiving antenna. The Level 2 products are tables of the observed amplitude, its uncertainty, the observed frequency, its uncertainty, and the difference between the observed and the expected frequency as a function of time. Separate tables have been created for each RSR. Level 2 Bistatic Radar Spectra ------------------------------ SPC files were the calibrated output of partial processing of RSR data collected for bistatic radar. They were ASCII tables of power and cross-voltage spectra. All spectra for a single observation were collected in a single ASCII file. The Level 2 bistatic radar spectra (BSR) have been processed as follows: The RSR samples were converted from 16-bit I and 16-bit Q complex integer samples to 64-bit I and 64-bit Q double precision complex floating point samples. In the process they were digitally corrected for non-uniform spectral response of the receiving system. This was done by computing spectra from series of time samples and dividing each spectrum by the square root of a power spectrum computed from many minutes of noise. The amplitude of the samples was then adjusted so that power spectra in each receiver channel would have an amplitude proportional to kTsysB where k is Boltzmann's constant, Tsys is the receiver system temperature in Kelvin, and B is the width of one frequency bin (spectral resolution) in the power spectrum. Then the power spectra (e.g., XR*conj(XR)) and cross spectra (e.g., XR*conj(XL)) were computed. Structure of CALIB Directory ============================ Please note that the following description lists all possible subfolders. If however there is no data to fill some of these folders they will not be generated. |-CALIB | |-CALINFO.TXT text description of the directory contents | | | |-CLOSED_LOOP | | |-DSN Closed-loop calibration data of the DSN ground | | | stations | | |-IFMS | | | |-RCL Range Calibration data files | | | |-DCL Doppler Calibration data files | | | |-MET Meteo data files | | | |-OPEN_LOOP | | |-DSN | | | |-BCAL System temperature calibration files | | | |-ION Ionospheric Calibration files | | | |-MET Meteo data files | | | |-TRO Tropospheric Calibration files | | | |-SRF Surface Reflection Filter Files | | | | | |-IFMS | | | |-RCL Range Calibration data files | | | |-DCL Doppler Calibration data files | | | |-MET Meteo data files | | | |-UPLINK_FREQ_CORRECT Folder includes files which indicate wrong and corrected uplink frequency and their corresponding files. Files in the CALIB Directory ---------------------------- Files in the CALIB directory are: Calibration data files have in principle the same structure as normal data files. But they do not contain scientific data but rather reflect the behaviour of the system. These kind of data is typically recorded at New Norcia once for every tracking before the real measurement took place. For example: range calibration data contain the equipment propagation delay measurements before the tracking pass. Note: If the uplink frequency in one of the .RAW files was identified as wrong the folder UPLINK_FREQ_CORRECT will be generated. It tells the user which files were affected and where to find the corrected Level 2 data files. Closed loop IFMS Calib data level 1A: ------------------------------------- These Level 1A data are incoming raw tracking data files obtained from ESA IFMS. All incoming data files will be renamed after the file naming convention format defined in section 5.1 of the MaRS File Naming Convention document [MARSFNC2004] and get a minimal detached label file .LBL. The original file name of the incoming tracking data files will be stored in the according label file as SOURCE_PRODUCT_ID. These files have the file extension .RAW. Closed loop IFMS Calib data level 1B: ------------------------------------- IFMS Calib level 1B files are processed from level 1A (raw tracking data) into an edited ASCII formatted file. Three files are generated for each ESA IFMS Level 1A data file: Level 1B IFMS data file (extension .TAB) Level 1B IFMS configuration file (extension .CFG) Level 1B IFMS label file (extension .LBL) The label file contains the description of the .TAB as well as of the .CFG file. DSN METEO Files (MET directory) ------------------------------- DSN METEO files were produced by the Tracking System Analytic Calibration (TSAC) Group at JPL. Files give weather calibration information for DSN complexes. These are ASCII files of variable length records. Each record is delimited by an ASCII line-feed (ASCII 10). METEO files were typically released weekly and contain all weather data for the complex since 1 January. Each METEO file is accompanied by a PDS label. The files grow at the rate of approximately 90 kB per month. DSN Ionosphere Calibration Files (ION Directory) ------------------------------------------------ Ionosphere Calibration files were produced by the Tracking System Analytic Calibration (TSAC) Group at JPL. They docu- mented and predicted Earth ionospheric conditions. Global Ionosphere Map (GIM) software created daily maps from Global Positioning System (GPS) data. Each day, a final map was created for the UT day three days previously and a preliminary map was created for the UT day immediately before. Also created were predict maps a couple times a week by averaging recent 'normal' days. Then the software evaluated the maps at the spacecraft line-of-sight and fitted the results to a normalized polynomial versus time over each spacecraft pass. This was done for all three modes: final, preliminary, and predict. Then the software selected the best available cali- bration for each pass (in priority order final > preliminary > predict). An operator ran a plotting program to view all of the calibrations and overrode the default selections where desired. The mapping technique is described by [MANNUCCIETAL1998]. They are ASCII files of variable length records. Each record is delimited by an ASCII carriage-return line-feed pair (ASCII 13 followed by ASCII 10). ION files were usually released at one week intervals to cover a single month; only final files covering a full month are included in this archive. Each ION file is accompanied by a PDS minimal label. Typical file sizes are approximately 50 kB. Troposphere Calibration Files (TRO Directory) --------------------------------------------- Troposphere Calibration files were produced by the Tracking System Analytic Calibration (TSAC) Group at JPL. They docu- mented and predicted Earth tropospheric conditions and were based on measurements made using Global Positioning System (GPS) satellites. These are ASCII files of variable length records. Each record is delimited by an ASCII line-feed (ASCII 10). Surface Reflection Filter Files (SRF Directory) ----------------------------------------------- SRF files contain power spectra derived from noise measure- ments when the radio system was stable and there were no spacecraft signals in the passband. SRF's were derived sepa- rately for each receiver channel; but the fact that the spectral characteristics of each receiver depended almost entirely on digital signal processing meant that there was little practical difference among channels when sampling rates (output bandwidths) were the same and the SRF's were inter- changeable. SRF's were ASCII PDS SPECTRUM objects with attached labels. System Temperature Calibration Files (BCAL directory) ----------------------------------------------------- This table contains system temperature calibration results from Mars Express (MEX) bistatic radar experiments. For each receiver channel the table includes the best estimate of system temperature with the antenna pointed to zenith (either pre- or post-cal, or a combination of both), the associated noise diode temperature, and the system temperature at the mid-point of the bistatic (surface) observation. In general there is one set of four rows for each experiment - one for each receiver channel (X-band and S-band, right- and left-circular polarization). The table is cumulative, growing by four rows for each new observation. The Bistatic Radar Calibration Log is produced by the Stanford University Element (SUE) of the Mars Express Radio Science Team under the direction of R.A. Simpson. Browse Files (BROWSE Directory) =============================== Browse files may be composite PostScript files summarizing quick-look processing of raw RSR data. In that case each file has a name: rggttttL1A_BRO_yydddhhmm_00.AUX. Each file has a JPEG version with the same file name but extension .LBL. Both files are accompanied by a single detached label of the same file name but extension .LBL. Each PostScript file is sized to fit on a single 8-1/2x11 inch page. Each landscape format page includes four panels showing a histogram of raw data (12-bit) samples (upper left), one-minute average power spectra derived from the raw samples (upper right), one-second averages of raw sample power versus time (lower left), and an extract of the first few lines of the source RSR PDS label (lower right). BRO files may be helpful in quickly scanning data to determine which files are suitable for closer study. IFMS Browse plot files are only available as JPEG files. These plots are generated in order to check data quality of IFMS Level 2 closed-loop data. The name of the files are the same like the Level 2 data files except for the data type identifier which is set as sss=B1X,B1S,B2X,B2S if the source of the plots is a Doppler 1 X-Band, Doppler 1 S-Band, Doppler 2 X-Band or Doppler 2 S-Band file, and the extension will be .JPG. Ancillary Data ============== An extensive set of ancillary files is needed for proper analysis and interpretation of the radio data. These are organized in parallel directories and stored approximately chronologically. When a file type is not represented on a CD- volume, the corresponding directory has been omitted. Files in the EXTRAS/ANCILLARY Directory --------------------------------------- Files in the EXTRAS/ANCILLARY directory are: ESOC: Relevant DDS files to describe the observation geometry SPICE: Relevant SPICE Kernels to describe the observation geo- metry UNI_BW: Relevant PREDICT files from the Uni BW Munich MRS: Level 2 processing log files SUE: Ancillary files coming from Stanford University |-SPICE: Spice Kernels were produced by the MEX Flight Dynamics Team, converted to IEEE binary format, and then distri- buted by the JPL Navigation and Ancillary Information Facility (NAIF). For more information on NAIF and SPICE see http://pds-naif.jpl.nasa.gov/ The original Spice Kernels were merged with the JPL DE405 planetary ephemeris and the ephemeredes of Phobos and Deimos for the same time interval. DSN: Ancillary files provided by Deep Space Network |-EOP: Earth Orientation Parameter Files | Earth Orientation Parameter files were produced by the | Time and Earth Motion Precision Observation (TEMPO) | Group at JPL. They documented and predicted Earth rota- | tion (rate and axis). These are ASCII files of variable | length records. Each record is delimited by an ASCII | line-feed (ASCII 10). | There are both 'long' and 'short' versions. The long | file covered past motion since about 1962 and a predic- | tion for about three months into the future; these files | have typical sizes of 1 MB. | The short file covered the most recent nine months of | past motion and a prediction for three months into the | future; these files are typically 30 kB. Each EOP file | is accompanied by a PDS minimal label. | |-OPT: Orbit Propagation and Timing Geometry File | Orbit Propagation and Time Generation files contain | estimates of event timing (e.g., equator crossings) that | depend on precise knowledge of the spacecraft orbit. | These are ASCII files of variable length records. Each | record is delimited by an ASCII carriage-return | (ASCII 13) line-feed (ASCII 10) pair. File names | have the form ydddeeeC.OPT where the file name compo- | nents are the same as for BCK files (above). | Each OPT file is accompanied by a PDS minimal label with | file name ydddeeeC.LBL. Typical files are based on | reconstructed spacecraft trajectories, cover a month of | operation, and have sizes less than 500 kB. | |-LIT: Light Time File | Light Time files give radio propagation time from the | spacecraft to Earth as a function of time. These are | ASCII files of fixed length records. Each record is | delimited by an ASCII carriage-return line-feed pair. | File names have the form ydddeeeC.LIT where the file | name components are the same as for DKF files. An LIT | file may cover more than 365 days; so eee may be a year | or more after yddd. Each LIT file is accompanied by a | PDS label. Typical file sizes are less than 1 MB. Software ======== Software for parsing, reducing, and analyzing data such as these has been developed at University of Cologne and Stanford University. Because such software must usually operate at the bit-level and is written for a narrow range of platforms, it is not suitable for general distribution. No software is included with this archival data set. Documents ========= The DOCUMENT directory contains the files that provide documen- tation and supplementary information to assist in understanding and using the data products on the volume. The files evolved as the mission progressed; users should refer to the files on the most recent (highest numbered) archive volume for the most up-to-date information. Files on early volumes may be only 'place-holders'. The above mentioned documents represent the maximum of available docu- ments, but need not to be present for every measurement. For IFMS (NNO) measurements, please refer mainly to MRS_DOC, for DSN measure- ments to DSN_DOC. Structure of the DOCUMENT directory: DOCUMENT | |- DOCINFO.TXT Specifies the content of | the document directory |- MRS_DOC | | | |- M32ESOCL1B_RCL_021202_00.PDF Group delay stability | | .ASC specification and | | measurements at New Norcia. | | | |- M32ESOCL1B_RCL_030522_00.PDF Range calibrations at New | | .ASC Norcia and Kourou. | | | |- M32UNBWL1B_RCL_030801_00.PDF Transponder group veloci- | | .ASC ties (in German, .ASC in | | English). | | | |- MEX_MRS_IGM_IS_3019.PDF MaRS Data Archive Plan. | | MEX_MRS_IGM_IS_3019.ASC | | | |- MEX_MRS_IGM_IS_3016.PDF MaRS File Naming Convention | | MEX_MRS_IGM_IS_3016.ASC | | | |- MEX_MRS_IGM_MA_3008.PDF MaRS User Manual. | | | |- MARS_OPS_LOGBOOK_04.PDF Status of all planned | | radio science operations | | in year 2004 (later 05,06, | | 07,08,09) | | | |- MEX_MRS_IGM_LI_3028.PDF List of MaRS Team members. | | | |- MEX_MRS_IGM_DS_3035.PDF IFMS Doppler Processing and | | Calibration Software | | Documentation: Level 1A to | | Level 2. | | | |- MEX_MRS_IGM_DS_3036.PDF IFMS Ranging Processing and | | Calibration Software | | Documentation: Level 1A to | | Level 2. | | | |- MEX_MRS_IGM_DS_3037.PDF ODF Processing and Calibra- | | tion Software: Level 1A to | | Level 1B. Software Design | | Specifications | | | |- MEX_MRS_IGM_DS_3038.PDF ODF Doppler Processing and | | Calibration Software: Level | | 1B to Level2. Software | | Design Specifications | | | |- MEX_MRS_IGM_DS_3039.PDF Radio Science Predicted | | and Reconstructed Orbit and | | Planetary Constellation | | Data: Specifications | | | |- MEX_MRS_IGM_DS_3043.PDF ODF Ranging Processing and | | Calibration Software: Level | | 1B to Level 2. Software | | Design Specifications | | | |- MEX_MRS_IGM_TN_3045.PDF Reference Systems and Tech- | | niques for Simulation and | | Prediction of atmospheric | | and ionospheric sounding | | measurements | | | |- MEX_MRS_IGM_DS_3046.PDF Radio Science Geometry and | Position Index Software | Design Specifications | |- ESA_DOC | | | |- IFMS_OCCFTP.PDF Documentation of IFMS data | | format. | | | |- MEX_ESC_ID_5003_FDSICD.PDF File format description of | | ESOC Flight Dynamics files | | (ancillary files). | | | |- MEX_ESC_IF_5003_APPENDIX_C.PDF Documentation of DDS confi- | | guration. | | | |- MEX_ESC_IF_5003_APPENDIX_I.PDF Definition of XML-schema | | for the data delivery | | interface. | | | |- MEX_ESC_IF_5003_APPENDIX_H.PDF Description of content of | | ESOC Flight Dynamics files | | (ancillary files). | | | |- MEX_ESC_IF_5003.PDF Data delivery interface | | document. | | | |- SOP_RSSD_TN_010.PDF Planetary Science Data | | Archive Technical Note Geo- | | metry and Position Informa- | | tion | | | |- MEX_POINTING_MODE_DESC.TXT Description of pointing | | modes | | | |- ESA_MEX_TN_4009.PDF Mars Express Archive | Conventions | |- DSN_DOC | | | |-DSN_DESIGN_HB.PDF/.ASC | | Technical information and near future configurations of | | NASA Deep Space Network | | | |-DSN_ODF_TRK-2-18.PDF | | Documentation of Tracking System Interfaces and Orbit Data | | File Interface | | | |-HGA_CALA.ASC | | High Gain Antenna calibration | | | |-HGA_SBDA.PDF | | S-band antenna patterns | | | |-HGA_XBDA.PDF | | X-band antenna patterns | | | |-JPL_D_16765_RSR.PDF | | Documentation of RSR data format | | | |-LIT_SIS.HTM | | Software Interface Specification: Light Time File | | | |-M00DSN0L1A_DKF_yydddhhmm_vv.TXT (optional) | | DSN Keyword File derived from SOE file and models of | | activities supported by the DSN | | | |-M00DSN0L1A_SOE_yydddhhmm_vv.TXT (optional) | | Sequence of Events file | | | |-MggDSN0L1A_NMC__yydddhhmm_vv.TXT (optional) | | Network Monitor and Control Logfile | | | |-M43SUE0L1A_MFT__yydddhhmm_vv.TXT (optional) | | Mars Express Manifest file | | | |-MEDIASIS.HTM | | Media Calibration data: formats and contents | | | |-MON0158.ASC/.DOC/.PDF (optional) | | Definition of format and distribution of the real-time, | | mission monitor data | | | |-NMC_SIS.TXT | | Contents of Network Monitor and Control Log. | | | |-OCCLOGnn.TAB | | Summary information of MEX radio science tests and | | experiments. nn represents the sequence number. | | | |-OPTG_SIS.TXT | | Software Interface Specification for the Orbit Propagation | | and Timing Geometry (OPTG) file. | | | |-Ryddd.ASC/.DOC/.PDF (optional) | | Set of notes describing tests before and during radio | | science tests or operations or the progress of an | | experiment itself. y represents the year, ddd the DOY. | | | |-JPEG | | Zip-folder with 4 sets of 24 jpeg-files, each from a | | different receiver, showing circularly polarized received | | power spectra averaged over 60 seconds. FILENAME: | | Rydddbca.jpg with y:year, ddd:doy, b:X- or S-band, c: Left | | or Right-Hand circulation, a:alphabetic numbering for each | | plot of 60s. | | | |-SRX.TXT (optional) | | Software Interface Specification for Surface Reflection | | investigation files. | | | |-SUE_DMP.ASC/.DOC | | Data Management Plan | | | |-TNF_SIS.TXT | | Deep Space Mission System External Interface Specification | | | |-TRK_2_21.TXT | | Software Interface Specification | | | |-TRK_2_23.TXT / DSN_MEDIA_CAL_TRK_2_23.PDF | | Specification of DSN media calibration data. | | | |-TRK_2_24.TXT / DSN_WEA_FORMAT_TRK_2_24.PDF | | Specification of DSN weather file. The documents are either in PDF-Format or are text files in ASCII with variable length of characters per line. Each line is delimited with a carriage-return (ASCII 13) line-feed (ASCII 10) pair. Media/Format ============ The archival data set is written on CD-WO media using the WinOn CD Creation Software or Nero Burning Rom. The CD-WO volumes conform to ISO 9660 standards. More general description of radio science data ============================================== Closed-loop and Open-loop data: ================================ There are in principle two different ways to record radio science data: Open-loop and closed-loop data. The CLOSED-LOOP system used a phase-lock loop in the receiver to track the downlink signal, reporting both amplitude and fre- quency at rates typically of 1-10 times per second. In the OPEN-LOOP system, the signal was simply converted to a baseband frequency range; the entire passband was sampled and recorded for later processing. Typical open-loop sampling rates for MEX were 2000 complex samples per second. CLOSED-LOOP data are efficient for characterizing slowly changing signals; OPEN-LOOP data (because of their much higher volume) are usually used when the signal is very dynamic - such as during an occultation or bistatic radar measurement. The data set includes four primary data types with respect to the two different ground station systems. These systems are on the one hand the ESA ground station in New Norcia, Australia (NNO) and the NASA Deep Space Network (DSN). CLOSED-LOOP data types: | |- ESA: Intermediate Frequency Modulation System (IFMS) | Closed-Loop (CL) | | In this data set file names of data recorded at the | New Norcia IFMS closed loop system start with the | string 'M32_ICL' | | IFMS CL consists of Doppler and Ranging data at | selected sample rates. The sample rate is usually | 1/s. | The only exception are occultation data where the | sample rate should be 10/s to get a good enough | vertical resolution of the atmosphere. | Ranging are only recorded for gravity measurements. | | Thus the IFMS closed loop has three recording | systems IFMS 1, IFMS 2 and IFMS 3 | The standard_data_product_id in the data label | specifies on which system the data was recorded. | | MaRS measurements are usually done in TWO-WAY | configuration: that is an uplink signal goes up | (This is usually X-BAND but the uplink signal can | also be S-Band) and the ground station receives a | dual frequency simultaneous and coherent downlink | signal. | | IFMS 1 is configured for the uplink signal. It | receives X-Band downlink if uplink was X-Band and | S-Band downlink if uplink was S-Band. | IFMS 2 acts at backup. | IFMS 3 records the second downlink signal. This is | usually S-Band. But can also be X-Band when the | uplink was S-Band. | From 20.12.04: | IFMS 1 D1 is fixed to a sample rate of 1/s | IFMS 1 D2 is on fixed to a sample rate of 1/10s | | In addition each Doppler recording system has also | two Doppler channels which can record simultaneous- | ly and act as an additional backup system. | Therefore for each IFMS system there should be at a | given time two Doppler files and two Auto Gain | Control files recorded. The file names of these | data contain the string '_D1' or '_D2' for Doppler | and '_G1' or '_G2' for Auto Gain control files and | they will be on different subfolders within the | data directory. See further down the description of | the DATA Directory. | | For these data files only X-Band ranging was | possible. Ranging data was nominally recorded on | IFMS1. | |- DSN: |-Tracking and Navigation File (TNF) | | The Tracking and Navigation File (TNF) is the primary out- | put from the DSN closed-loop receiver system. These are | large files, accumulating at the rate of approximately 3 | megabytes (MB) per hour of antenna operation. The files | comprise nearly 20 block types, each designed to carry | data of interest to a particular navigation, telecommuni- | cations, or science community. | The blocks are described by TNF_SIS.TXT in the | DOCUMENT/DSN_DOC directory. Fields include: | Uplink and downlink antenna numbers | Spacecraft number | Equipment identifiers, status flags, and calibration | values | Time tags and frequency bands | Transmitted and received phase and frequency | Transmitted and received ranging information | Noise levels, signal-to-noise ratios, and uncertain- | ties | |-Orbit Data Files (ODF) | | For many applications the TNF is too cumbersome. The ODF | is an edited and partially processed version of the TNF. | It is a smaller file, often issued in daily increments of | about 0.2 MB. It contains the most important information | (range and Doppler) | needed by spacecraft navigators and investigators | interested in determining gravitational fields of bodies | such as Mars. Each ODF is accompanied by a full PDS label | which describes both the content and format of the | associated file. ODF data fields include: | Narrowband spacecraft VLBI, Doppler mode (cycles) | Narrowband spacecraft VLBI, phase mode (cycles) | Narrowband quasar VLBI, Doppler mode (cycles) | Narrowband quasar VLBI, phase mode (cycles) | Wideband spacecraft VLBI (nanoseconds) | Wideband quasar VLBI (nanoseconds) | One-way Doppler (Hertz) | Two-way Doppler (Hertz) | Three-way Doppler (Hertz) | One-way total count phase (cycles) | Two-way total count phase (cycles) | Three-way total count phase (cycles) | PRA planetary operational discrete spectrum range (range | units) | SRA planetary operational discrete spectrum range (range | units) | RE(GSTDN) range (nanoseconds) | Azimuth angle (degrees) | Elevation angle (degrees) | Hour angle (degrees) | Declination angle (degrees) | | For more information please refer to document | [DSN_ODF_TRK-2-18] in the DOCUMENT/DSN_DOC folder. Open- Loop data types: | |-ESA: Intermediate Frequency Modulation System (IFMS) Open-Loop | (OL) | | During the commissioning phase the IFMS Open-Loop | recording system was not implemented, yet. | |-DSN: Radio- Science Receiver (RSR) | | The Radio Science Receiver (RSR) is a computer- | controlled open loop receiver that digitally records a | spacecraft signal through the use of an analog to | digital converter (ADC) and up to four digital filter | sub-channels. The digital samples from each | sub-channel are stored to disk in one second records | in real time. In near real time the one second records | are partitioned and formatted into a sequence of RSR | Standard Format Data Units (SFDUs) which are | transmitted to the Advanced Multi-Mission Operations | System (AMMOS) at the Jet Propulsion Laboratory (JPL). | Included in each RSR SFDU are the ancillary data | necessary to reconstruct the signal represented by the | recorded data samples. | | Each SFDU is defined here as a single row in a | PDS TABLE object; later SFDUs are later rows. The | first fields in each row contain the ancillary data | (time tags and frequency estimates, for example) that | applied while the samples at the end of the record | were being collected. The object definitions below | explain where the fields are and what the contents | represent. | | Analysis of variations in the amplitude, frequency, | and phase of the recorded signals provides information | on the ring structure, atmospheric density, magnetic | field, and charged particle environment of planets | which occult the spacecraft. Variations in the | recorded signal can also be used for detection of | gravitational waves. | | DSN open-loop receivers sample a narrow part of the micro- | wave spectrum near the spacecraft transmitting frequency. | For radio occultation tests, two RSR's were used - one | each for X-RCP and S-RCP with output sampled at rates of | 2000 (complex; 16-bit I, 16-bit Q). | The data were examined for compliance with data acquisi- | tion procedures and to measure the frequency/stability of | the radiolink. Four RSR's (X-RCP, S-RCP, X-LCP, and S-LCP) | each sample at a rate of 25000 (complex; 16-bit I, | 16-bit Q) to test bistatic radar data acquisition. | | Header information accompanying each RSR record included: | | Date and time of the first data sample | Sample rate and channel assignments | Receiver local oscillator phase and frequency | Attenuator settings | RMS voltages at several stages in the receiving chain | | | For more information please refer to document | [JPL_D-16765_RSR] in the DOCUMENT/DSN_DOC folder. " CONFIDENCE_LEVEL_NOTE = " Overview ======== Data in this archival data set have been processed as part of health monitoring activities of the MEX Radio Science Team. In general, this is a good data set. Review ====== This archival data set was reviewed by the MEX Radio Science Team prior to submission to the Planetary Science Archive (PSA). Prior to creation of the final version of the archival data set, key elements of the archive were distributed for preliminary review. These included electronic versions of example PDS labels, CATALOG files, and Software Interface Specifications. These materials were distributed to PDS personnel, the experiment investigator, and others, as appropriate. ODR files on the CD-WO volumes were checked using Stanford parsing and reduction software to ensure that they were both complete and accurate replicas of the data contained in the original files. Data Coverage and Quality ========================= The data in this mission phase cover the following events and CDs. VOLUME_ID Start Date End Date Notes ----------- ---------- ----------- ------------- MEXMRS_0001 2003-06-29 2003-06-30 Commissioning MEXMRS_0002 2003-07-01 2003-07-02 Commissioning MEXMRS_0005 2003-07-06 2003-07-06 Commissioning MEXMRS_0007 2003-07-10 2003-07-10 Commissioning MEXMRS_0008 2003-07-11 2003-07-11 Commissioning MEXMRS_0009 2003-07-19 2003-07-19 Commissioning MEXMRS_0011 2003-10-18 2003-10-18 Commissioning MEXMRS_0013 2004-01-23 2004-01-23 Commissioning MEXMRS_0015 2004-03-23 2004-03-23 Target Gravity MEXMRS_0016 2004-03-27 2004-03-27 Target Gravity MEXMRS_0017 2004-04-02 2004-04-02 Occultation MEXMRS_0018 2004-04-03 2004-04-03 Occultation MEXMRS_0021 2004-04-07 2004-04-07 Occultation MEXMRS_0022 2004-04-07 2004-04-07 Occultation MEXMRS_0024 2004-04-08 2004-04-08 Occultation MEXMRS_0026 2004-04-09 2004-04-09 Occultation MEXMRS_0027 2004-04-10 2004-04-10 Occultation MEXMRS_0028 2004-04-11 2004-04-11 Occultation MEXMRS_0029 2004-04-11 2004-04-11 Occultation MEXMRS_0030 2004-04-12 2004-04-12 Occultation MEXMRS_0034 2004-04-16 2004-04-16 Occultation MEXMRS_0036 2004-04-17 2004-04-17 Occultation MEXMRS_0038 2004-04-18 2004-04-18 Occultation MEXMRS_0041 2004-05-15 2004-05-15 Occultation MEXMRS_0044 2004-05-16 2004-05-16 Global Gravity MEXMRS_0045 2004-05-17 2004-05-17 Occultation MEXMRS_0047 2004-05-20 2004-05-21 Bistatic Radar MEXMRS_0048 2004-05-22 2004-05-22 Occultation MEXMRS_0053 2004-05-25 2004-05-25 Occultation MEXMRS_0054 2004-05-26 2004-05-26 Occultation MEXMRS_0056 2004-05-28 2004-05-28 Occultation MEXMRS_0057 2004-05-29 2004-05-29 Occultation MEXMRS_0062 2004-06-01 2004-06-01 Occultation MEXMRS_0063 2004-06-02 2004-06-02 Occultation MEXMRS_0064 2004-06-03 2004-06-03 Occultation MEXMRS_0065 2004-06-04 2004-06-04 Occultation MEXMRS_0066 2004-06-05 2004-06-05 Occultation MEXMRS_0069 2004-06-08 2004-06-08 Occultation MEXMRS_0070 2004-06-10 2004-06-10 Occultation MEXMRS_0071 2004-06-11 2004-06-11 Occultation MEXMRS_0072 2004-06-12 2004-06-12 Occultation MEXMRS_0075 2004-06-14 2004-06-14 Occultation MEXMRS_0076 2004-06-14 2004-06-14 Occultation MEXMRS_0077 2004-06-15 2004-06-15 Occultation MEXMRS_0078 2004-06-15 2004-06-15 Occultation MEXMRS_0079 2004-06-17 2004-06-17 Occultation MEXMRS_0080 2004-06-18 2004-06-18 Occultation MEXMRS_0081 2004-06-18 2004-06-18 Occultation MEXMRS_0082 2004-06-19 2004-06-19 Occultation MEXMRS_0083 2004-06-19 2004-06-19 Occultation MEXMRS_0084 2004-06-19 2004-06-19 Occultation MEXMRS_0086 2004-06-21 2004-06-22 Global Gravity MEXMRS_0087 2004-06-22 2004-06-23 Global Gravity MEXMRS_0088 2004-06-23 2004-06-23 Occultation MEXMRS_0089 2004-06-23 2004-06-23 Occultation MEXMRS_0090 2004-06-23 2004-06-24 Global Gravity MEXMRS_0091 2004-06-24 2004-06-24 Occultation MEXMRS_0092 2004-06-24 2004-06-24 Occultation MEXMRS_0093 2004-06-25 2004-06-25 Occultation MEXMRS_0094 2004-06-28 2004-06-28 Occultation MEXMRS_0095 2004-06-28 2004-06-28 Occultation MEXMRS_0096 2004-06-29 2004-06-29 Occultation MEXMRS_0097 2004-06-29 2004-06-29 Occultation MEXMRS_0098 2004-06-30 2004-06-30 Occultation MEXMRS_0099 2004-06-30 2004-06-30 Occultation MEXMRS_0101 2004-07-01 2004-07-01 Global Gravity MEXMRS_0102 2004-07-02 2004-07-05 Global Gravity MEXMRS_0104 2004-07-04 2004-07-04 Global Gravity MEXMRS_0106 2004-07-07 2004-07-07 Occultation MEXMRS_0107 2004-07-09 2004-07-09 Occultation MEXMRS_0108 2004-07-10 2004-07-10 Occultation MEXMRS_0109 2004-07-10 2004-07-10 Occultation MEXMRS_0110 2004-07-11 2004-07-11 Occultation MEXMRS_0111 2004-07-14 2004-07-14 Occultation MEXMRS_0112 2004-07-15 2004-07-15 Occultation MEXMRS_0113 2004-07-15 2004-07-15 Occultation MEXMRS_0114 2004-07-16 2004-07-16 Occultation MEXMRS_0115 2004-07-18 2004-07-18 Occultation MEXMRS_0116 2004-07-20 2004-07-20 Occultation MEXMRS_0117 2004-07-22 2004-07-22 Occultation MEXMRS_0118 2004-07-24 2004-07-24 Occultation MEXMRS_0119 2004-07-24 2004-07-24 Occultation MEXMRS_0120 2004-07-25 2004-07-25 Occultation MEXMRS_0121 2004-07-26 2004-07-26 Occultation MEXMRS_0122 2004-07-28 2004-07-28 Occultation MEXMRS_0123 2004-07-29 2004-07-29 Occultation MEXMRS_0124 2004-08-31 2004-08-31 Solar Conjunction MEXMRS_0125 2004-07-31 2004-07-31 Occultation MEXMRS_0126 2004-08-02 2004-08-02 Occultation MEXMRS_0127 2004-08-02 2004-08-02 Global Gravity MEXMRS_0128 2004-08-25 2004-08-25 Solar Conjunction MEXMRS_0129 2004-08-03 2004-08-03 Occultation MEXMRS_0130 2004-08-04 2004-08-04 Global Gravity MEXMRS_0131 2004-08-05 2004-08-05 Occultation MEXMRS_0132 2004-08-05 2004-08-05 Occultation MEXMRS_0134 2004-08-07 2004-08-07 Global Gravity MEXMRS_0135 2004-08-08 2004-08-08 Occultation MEXMRS_0137 2004-08-09 2004-08-09 Occultation MEXMRS_0139 2004-08-11 2004-08-11 Global Gravity MEXMRS_0142 2004-08-14 2004-08-14 Occultation MEXMRS_0145 2004-08-15 2004-08-15 Global Gravity MEXMRS_0146 2004-08-15 2004-08-15 Global Gravity MEXMRS_0147 2004-08-18 2004-08-18 Solar Conjunction MEXMRS_0148 2004-08-21 2004-08-21 Solar Conjunction MEXMRS_0149 2004-08-28 2004-08-28 Solar Conjunction MEXMRS_0150 2004-08-29 2004-08-29 Solar Conjunction MEXMRS_0151 2004-08-30 2004-08-30 Solar Conjunction MEXMRS_0152 2004-09-01 2004-09-01 Solar Conjunction MEXMRS_0153 2004-09-03 2004-09-03 Solar Conjunction MEXMRS_0154 2004-09-04 2004-09-04 Solar Conjunction MEXMRS_0155 2004-09-05 2004-09-05 Solar Conjunction MEXMRS_0156 2004-09-06 2004-09-06 Solar Conjunction MEXMRS_0157 2004-09-06 2004-09-06 Solar Conjunction MEXMRS_0159 2004-09-08 2004-09-08 Solar Conjunction MEXMRS_0160 2004-09-10 2004-09-10 Solar Conjunction MEXMRS_0161 2004-09-11 2004-09-11 Solar Conjunction MEXMRS_0162 2004-09-12 2004-09-12 Solar Conjunction MEXMRS_0163 2004-09-13 2004-09-13 Solar Conjunction MEXMRS_0166 2004-09-17 2004-09-17 Solar Conjunction MEXMRS_0167 2004-09-18 2004-09-18 Solar Conjunction MEXMRS_0168 2004-09-18 2004-09-18 Solar Conjunction MEXMRS_0169 2004-09-19 2004-09-19 Solar Conjunction MEXMRS_0170 2004-09-20 2004-09-20 Solar Conjunction MEXMRS_0171 2004-09-21 2004-09-21 Solar Conjunction MEXMRS_0173 2004-09-23 2004-09-23 Solar Conjunction MEXMRS_0174 2004-09-24 2004-09-24 Solar Conjunction MEXMRS_0175 2004-09-25 2004-09-25 Solar Conjunction MEXMRS_0177 2004-09-28 2004-09-28 Solar Conjunction MEXMRS_0178 2004-10-01 2004-10-01 Solar Conjunction MEXMRS_0180 2004-10-05 2004-10-05 Solar Conjunction MEXMRS_0181 2004-10-10 2004-10-10 Solar Conjunction MEXMRS_0182 2004-10-12 2004-10-12 Solar Conjunction MEXMRS_0183 2004-10-13 2004-10-13 Solar Conjunction MEXMRS_0184 2004-10-15 2004-10-15 Solar Conjunction MEXMRS_0185 2004-10-16 2004-10-18 Target Gravity MEXMRS_0186 2004-10-17 2004-10-18 Global Gravity MEXMRS_0188 2004-10-20 2004-10-21 Global Gravity MEXMRS_0189 2004-10-22 2004-10-22 Solar Conjunction MEXMRS_0190 2004-10-25 2004-10-25 Global Gravity MEXMRS_0191 2004-10-26 2004-10-27 Target Gravity MEXMRS_0193 2004-10-28 2004-10-28 Global Gravity MEXMRS_0194 2004-10-30 2004-10-31 Global Gravity MEXMRS_0195 2004-11-01 2004-11-01 Global Gravity MEXMRS_0198 2004-11-04 2004-11-04 Global Gravity MEXMRS_0201 2004-11-07 2004-11-07 Global Gravity MEXMRS_0204 2004-11-10 2004-11-11 Global Gravity MEXMRS_0205 2004-11-13 2004-11-15 Global Gravity MEXMRS_0206 2004-11-15 2004-11-15 Global Gravity MEXMRS_0207 2004-11-17 2004-11-17 Target Gravity MEXMRS_0208 2004-11-19 2004-11-19 Target Gravity MEXMRS_0209 2004-11-20 2004-11-21 Global Gravity MEXMRS_0210 2004-11-22 2004-11-23 Global Gravity MEXMRS_0211 2004-11-25 2004-11-25 Global Gravity MEXMRS_0212 2004-11-27 2004-11-27 Global Gravity MEXMRS_0213 2004-11-29 2004-11-29 Global Gravity MEXMRS_0214 2004-11-30 2004-11-30 Global Gravity MEXMRS_0216 2004-12-08 2004-12-08 Occultation MEXMRS_0217 2004-12-09 2004-12-09 Target Gravity MEXMRS_0218 2004-12-10 2004-12-10 Occultation MEXMRS_0219 2004-12-11 2004-12-11 Target Gravity MEXMRS_0220 2005-06-04 2005-06-04 Global Gravity MEXMRS_0221 2004-12-12 2004-12-12 Occultation MEXMRS_0222 2004-12-12 2004-12-12 Occultation MEXMRS_0223 2004-12-13 2004-12-13 Occultation MEXMRS_0224 2004-12-14 2004-12-14 Target Gravity MEXMRS_0225 2004-12-14 2004-12-14 Occultation MEXMRS_0226 2004-12-15 2004-12-16 Target Gravity MEXMRS_0227 2004-12-15 2004-12-16 Global Gravity MEXMRS_0231 2004-12-17 2004-12-17 Occultation MEXMRS_0229 2004-12-17 2004-12-17 Target Gravity MEXMRS_0232 2004-12-18 2004-12-18 Occultation MEXMRS_0233 2004-12-18 2004-12-18 Occultation MEXMRS_0234 2004-12-20 2004-12-20 Occultation MEXMRS_0235 2004-12-20 2004-12-20 Global Gravity MEXMRS_0236 2004-12-20 2004-12-20 Occultation MEXMRS_0237 2004-12-21 2004-12-21 Occultation MEXMRS_0238 2004-12-22 2004-12-22 Occultation MEXMRS_0239 2004-12-23 2004-12-23 Occultation MEXMRS_0240 2004-12-23 2004-12-23 Global Gravity MEXMRS_0241 2004-12-25 2004-12-25 Occultation MEXMRS_0242 2004-12-26 2004-12-26 Occultation MEXMRS_0243 2004-12-26 2004-12-27 Occultation MEXMRS_0244 2004-12-27 2004-12-27 Occultation MEXMRS_0245 2004-12-27 2004-12-28 Occultation MEXMRS_0246 2004-12-28 2004-12-28 Occultation MEXMRS_0247 2004-12-29 2004-12-29 Occultation MEXMRS_0248 2004-12-29 2004-12-29 Occultation MEXMRS_0249 2004-12-29 2004-12-29 Occultation MEXMRS_0250 2004-12-30 2004-12-30 Occultation MEXMRS_0251 2004-12-30 2004-12-30 Occultation MEXMRS_0253 2005-01-01 2005-01-01 Occultation MEXMRS_0254 2005-01-01 2005-01-01 Target Gravity MEXMRS_0255 2005-01-01 2005-01-01 Occultation MEXMRS_0256 2005-01-02 2005-01-02 Global Gravity MEXMRS_0257 2005-01-02 2005-01-02 Occultation MEXMRS_0258 2005-01-03 2005-01-03 Occultation MEXMRS_0259 2005-01-04 2005-01-04 Occultation MEXMRS_0260 2005-01-04 2005-01-04 Occultation MEXMRS_0261 2005-01-09 2005-01-09 Global Gravity MEXMRS_0263 2005-01-10 2005-01-10 Global Gravity MEXMRS_0265 2005-01-12 2005-01-12 Global Gravity MEXMRS_0266 2005-01-12 2005-01-12 Global Gravity MEXMRS_0267 2005-01-13 2005-01-13 Global Gravity MEXMRS_0269 2005-01-14 2005-01-14 Target Gravity MEXMRS_0270 2005-01-15 2005-01-15 Global Gravity MEXMRS_0273 2005-01-16 2005-01-16 Global Gravity MEXMRS_0275 2005-01-18 2005-01-18 Target Gravity MEXMRS_0276 2005-01-20 2005-01-20 Target Gravity MEXMRS_0281 2005-02-09 2005-02-09 Global Gravity MEXMRS_0282 2005-02-09 2005-02-09 Global Gravity MEXMRS_0283 2005-02-10 2005-02-10 Global Gravity MEXMRS_0290 2005-02-16 2005-02-17 Global Gravity MEXMRS_0291 2005-02-17 2005-02-17 Global Gravity MEXMRS_0292 2005-02-18 2005-02-18 Global Gravity MEXMRS_0293 2005-02-18 2005-02-18 Global Gravity MEXMRS_0294 2005-02-19 2005-02-19 Global Gravity MEXMRS_0298 2005-02-21 2005-02-21 Global Gravity MEXMRS_0299 2005-02-21 2005-02-21 Global Gravity MEXMRS_0300 2005-02-21 2005-02-22 Global Gravity MEXMRS_0301 2005-02-22 2005-02-22 Global Gravity MEXMRS_0302 2005-02-23 2005-02-24 Global Gravity MEXMRS_0303 2005-02-23 2005-02-24 Global Gravity MEXMRS_0304 2005-02-24 2005-02-25 Global Gravity MEXMRS_0305 2005-02-25 2005-02-25 Global Gravity MEXMRS_0306 2005-02-25 2005-02-25 Global Gravity MEXMRS_0307 2005-02-25 2005-02-25 Global Gravity MEXMRS_0308 2005-02-26 2005-02-26 Global Gravity MEXMRS_0309 2005-02-26 2005-02-28 Target Gravity MEXMRS_0310 2005-02-26 2005-02-28 Global Gravity MEXMRS_0311 2005-02-26 2005-02-27 Bistatic Radar MEXMRS_0312 2005-02-27 2005-02-27 Global Gravity MEXMRS_0316 2005-03-03 2005-03-03 Global Gravity MEXMRS_0318 2005-03-07 2005-03-07 Global Gravity MEXMRS_0319 2005-03-07 2005-03-07 Global Gravity MEXMRS_0320 2005-03-08 2005-03-08 Global Gravity MEXMRS_0321 2005-03-09 2005-03-09 Global Gravity MEXMRS_0322 2005-03-11 2005-03-11 Global Gravity MEXMRS_0323 2005-03-12 2005-03-12 Global Gravity MEXMRS_0325 2005-03-13 2005-03-13 Global Gravity MEXMRS_0326 2005-03-13 2005-03-13 Global Gravity MEXMRS_0327 2005-03-13 2005-03-13 Global Gravity MEXMRS_0328 2005-03-14 2005-03-14 Global Gravity MEXMRS_0329 2005-03-14 2005-03-14 Global Gravity MEXMRS_0330 2005-03-15 2005-03-15 Global Gravity MEXMRS_0331 2005-03-16 2005-03-17 Global Gravity MEXMRS_0332 2005-03-18 2005-03-18 Global Gravity MEXMRS_0337 2005-03-21 2005-03-21 Global Gravity MEXMRS_0342 2005-03-26 2005-03-27 Global Gravity MEXMRS_0346 2005-03-28 2005-03-28 Global Gravity MEXMRS_0350 2005-04-02 2005-04-02 Global Gravity MEXMRS_0352 2005-04-04 2005-04-04 Global Gravity MEXMRS_0354 2005-04-07 2005-04-07 Global Gravity MEXMRS_0355 2005-04-08 2005-04-08 Global Gravity MEXMRS_0358 2005-04-13 2005-04-13 Global Gravity MEXMRS_0363 2005-04-16 2005-04-16 Global Gravity MEXMRS_0370 2005-04-20 2005-04-20 Global Gravity MEXMRS_0372 2005-04-22 2005-04-22 Global Gravity MEXMRS_0375 2005-04-23 2005-04-24 Global Gravity MEXMRS_0331 2005-03-16 2005-03-17 Global Gravity MEXMRS_0332 2005-03-18 2005-03-18 Global Gravity MEXMRS_0333 2005-03-18 2005-03-18 Global Gravity MEXMRS_0334 2005-03-20 2005-03-20 Global Gravity MEXMRS_0335 2005-03-20 2005-03-20 Global Gravity MEXMRS_0338 2005-03-21 2005-03-21 Global Gravity MEXMRS_0339 2005-03-21 2005-03-21 Global Gravity MEXMRS_0340 2005-03-22 2005-03-22 Global Gravity MEXMRS_0341 2005-03-23 2005-03-23 Global Gravity MEXMRS_0343 2005-03-26 2005-03-26 Global Gravity MEXMRS_0344 2005-03-27 2005-03-27 Global Gravity MEXMRS_0345 2005-03-27 2005-03-28 Global Gravity MEXMRS_0348 2005-04-01 2005-04-02 Global Gravity MEXMRS_0349 2005-04-01 2005-04-01 Global Gravity MEXMRS_0351 2005-04-02 2005-04-03 Bistatic Radar MEXMRS_0353 2005-04-04 2005-04-05 Global Gravity MEXMRS_0356 2005-04-09 2005-04-10 Global Gravity MEXMRS_0357 2005-04-10 2005-04-11 Bistatic Radar MEXMRS_0359 2005-04-13 2005-04-14 Global Gravity MEXMRS_0360 2005-04-15 2005-04-15 Global Gravity MEXMRS_0361 2005-04-15 2005-04-15 Global Gravity MEXMRS_0362 2005-04-15 2005-04-15 Global Gravity MEXMRS_0364 2005-04-17 2005-04-18 Global Gravity MEXMRS_0365 2005-04-17 2005-04-18 Global Gravity MEXMRS_0366 2005-04-17 2005-04-17 Global Gravity MEXMRS_0367 2005-04-18 2005-04-18 Global Gravity MEXMRS_0368 2005-04-19 2005-04-19 Global Gravity MEXMRS_0369 2005-04-19 2005-04-19 Global Gravity MEXMRS_0371 2005-04-20 2005-04-21 Global Gravity MEXMRS_0373 2005-04-22 2005-04-22 Global Gravity MEXMRS_0374 2005-04-22 2005-04-22 Global Gravity MEXMRS_0376 2005-04-23 2005-04-25 Global Gravity MEXMRS_0377 2005-04-23 2005-04-24 Global Gravity MEXMRS_0378 2005-04-24 2005-04-24 Bistatic Radar MEXMRS_0379 2005-04-25 2005-04-25 Global Gravity MEXMRS_0380 2005-04-25 2005-04-25 Global Gravity MEXMRS_0381 2005-04-26 2005-04-26 Global Gravity MEXMRS_0382 2005-04-27 2005-04-28 Global Gravity MEXMRS_0383 2005-04-29 2005-04-29 Global Gravity MEXMRS_0384 2005-04-29 2005-04-29 Global Gravity MEXMRS_0385 2005-04-29 2005-04-29 Global Gravity MEXMRS_0386 2005-04-30 2005-04-30 Global Gravity MEXMRS_0387 2005-05-04 2005-05-04 Global Gravity MEXMRS_0395 2005-06-02 2005-06-02 Global Gravity MEXMRS_0397 2005-06-03 2005-06-03 Global Gravity MEXMRS_0399 2005-06-05 2005-06-05 Global Gravity MEXMRS_0400 2005-06-06 2005-06-06 Global Gravity MEXMRS_0401 2005-06-06 2005-06-06 Phobos Flyby MEXMRS_0402 2005-06-06 2005-06-07 Global Gravity MEXMRS_0403 2005-06-08 2005-06-09 Global Gravity MEXMRS_0404 2005-06-10 2005-06-10 Global Gravity MEXMRS_0406 2005-06-12 2005-06-12 Global Gravity MEXMRS_0410 2005-07-04 2005-07-05 Global Gravity MEXMRS_0411 2005-07-03 2005-07-05 Global Gravity MEXMRS_0412 2005-07-05 2005-07-05 Global Gravity MEXMRS_0413 2005-07-06 2005-07-06 Bistatic Radar MEXMRS_0414 2005-07-07 2005-07-08 Global Gravity MEXMRS_0416 2005-07-09 2005-07-09 Global Gravity MEXMRS_0417 2005-07-09 2005-07-11 Global Gravity MEXMRS_0418 2005-07-10 2005-07-10 Global Gravity MEXMRS_0419 2005-07-11 2005-07-12 Global Gravity MEXMRS_0420 2005-07-12 2005-07-12 Global Gravity MEXMRS_0421 2005-07-13 2005-07-14 Global Gravity MEXMRS_0423 2005-07-16 2005-07-16 Target Gravity MEXMRS_0424 2005-07-16 2005-07-17 Global Gravity MEXMRS_0425 2005-07-19 2005-07-19 Global Gravity MEXMRS_0426 2005-07-19 2005-07-19 Global Gravity MEXMRS_0430 2005-07-20 2005-07-20 Occultation MEXMRS_0431 2005-07-20 2005-07-21 Global Gravity MEXMRS_0433 2005-07-21 2005-07-21 Global Gravity MEXMRS_0434 2005-07-21 2005-07-21 Occultation MEXMRS_0435 2005-07-22 2005-07-22 Target Gravity MEXMRS_0436 2005-07-22 2005-07-22 Global Gravity MEXMRS_0438 2005-07-22 2005-07-22 Occultation MEXMRS_0439 2005-07-22 2005-07-22 Global Gravity MEXMRS_0440 2005-07-22 2005-07-22 Occultation MEXMRS_0441 2005-07-22 2005-07-22 Global Gravity MEXMRS_0442 2005-07-23 2005-07-25 Global Gravity MEXMRS_0443 2005-07-23 2005-07-23 Global Gravity MEXMRS_0444 2005-07-23 2005-07-23 Occultation MEXMRS_0445 2005-07-24 2005-07-24 Occultation MEXMRS_0446 2005-07-24 2005-07-24 Global Gravity MEXMRS_0447 2005-07-25 2005-07-25 Occultation MEXMRS_0448 2005-07-25 2005-07-25 Global Gravity MEXMRS_0449 2005-07-25 2005-07-26 Global Gravity MEXMRS_0450 2005-07-26 2005-07-26 Global Gravity MEXMRS_0451 2005-07-27 2005-07-27 Occultation MEXMRS_0452 2005-07-28 2005-07-28 Global Gravity MEXMRS_0453 2005-07-28 2005-07-28 Global Gravity MEXMRS_0456 2005-07-28 2005-07-29 Global Gravity MEXMRS_0457 2005-07-24 2005-07-24 Bistatic Radar MEXMRS_0458 2005-07-29 2005-07-29 Occultation MEXMRS_0459 2005-07-29 2005-07-29 Global Gravity MEXMRS_0460 2005-07-30 2005-07-30 Occultation MEXMRS_0463 2005-08-01 2005-08-01 Occultation MEXMRS_0464 2005-08-01 2005-08-02 Global Gravity MEXMRS_0465 2005-08-02 2005-08-02 Occultation MEXMRS_0466 2005-08-02 2005-08-02 Global Gravity MEXMRS_0468 2005-08-03 2005-08-03 Occultation MEXMRS_0469 2005-08-04 2005-08-04 Occultation MEXMRS_0470 2005-08-04 2005-08-04 Global Gravity MEXMRS_0471 2005-08-04 2005-08-04 Occultation MEXMRS_0472 2005-08-05 2005-08-05 Occultation MEXMRS_0473 2005-08-05 2005-08-05 Occultation MEXMRS_0474 2005-08-06 2005-08-06 Global Gravity MEXMRS_0475 2005-08-06 2005-08-06 Occultation MEXMRS_0477 2005-08-06 2005-08-06 Global Gravity MEXMRS_0478 2005-08-06 2005-08-06 Occultation MEXMRS_0479 2005-08-07 2005-08-07 Occultation MEXMRS_0481 2005-08-07 2005-08-07 Occultation MEXMRS_0482 2005-08-06 2005-08-08 Global Gravity MEXMRS_0483 2005-08-07 2005-08-07 Occultation MEXMRS_0484 2005-08-08 2005-08-08 Occultation MEXMRS_0485 2005-08-08 2005-08-08 Occultation MEXMRS_0486 2005-08-08 2005-08-09 Global Gravity MEXMRS_0487 2005-08-09 2005-08-09 Occultation MEXMRS_0488 2005-08-08 2005-08-08 Occultation MEXMRS_0489 2005-08-10 2005-08-10 Occultation MEXMRS_0490 2005-08-10 2005-08-11 Global Gravity MEXMRS_0491 2005-08-10 2005-08-11 Global Gravity MEXMRS_0492 2005-08-11 2005-08-11 Global Gravity MEXMRS_0493 2005-08-11 2005-08-12 Occultation MEXMRS_0494 2005-08-12 2005-08-12 Occultation MEXMRS_0495 2005-08-13 2005-08-13 Occultation MEXMRS_0496 2005-08-14 2005-08-14 Occultation MEXMRS_0498 2005-08-15 2005-08-15 Occultation MEXMRS_0499 2005-08-15 2005-08-15 Target Gravity MEXMRS_0500 2005-08-16 2005-08-16 Occultation MEXMRS_0501 2005-08-17 2005-08-17 Occultation MEXMRS_0502 2005-08-17 2005-08-17 Target Gravity MEXMRS_0503 2005-08-18 2005-08-18 Occultation MEXMRS_0504 2005-08-18 2005-08-18 Occultation MEXMRS_0505 2005-08-18 2005-08-19 Occultation MEXMRS_0506 2005-08-20 2005-08-20 Occultation MEXMRS_0507 2005-08-21 2005-08-21 Occultation MEXMRS_0508 2005-08-21 2005-08-22 Target Gravity MEXMRS_0509 2005-08-22 2005-08-22 Occultation MEXMRS_0510 2005-08-22 2005-08-22 Target Gravity MEXMRS_0511 2005-08-22 2005-08-22 Occultation MEXMRS_0512 2005-08-23 2005-08-23 Occultation MEXMRS_0513 2005-08-23 2005-08-23 Target Gravity MEXMRS_0514 2005-08-24 2005-08-24 Occultation MEXMRS_0516 2005-08-24 2005-08-24 Occultation MEXMRS_0517 2005-08-25 2005-08-25 Occultation MEXMRS_0519 2005-08-25 2005-08-26 Occultation MEXMRS_0520 2005-08-25 2005-08-26 Occultation MEXMRS_0521 2005-08-26 2005-08-26 Occultation MEXMRS_0522 2005-08-26 2005-08-26 Bistatic Radar MEXMRS_0523 2005-08-26 2005-08-26 Occultation MEXMRS_0524 2005-08-27 2005-08-27 Target Gravity MEXMRS_0525 2005-08-27 2005-08-27 Bistatic Radar MEXMRS_0526 2005-08-27 2005-08-27 Occultation MEXMRS_0527 2005-08-28 2005-08-28 Target Gravity MEXMRS_0528 2005-08-28 2005-08-28 Occultation MEXMRS_0529 2005-08-28 2005-08-28 Occultation MEXMRS_0530 2005-08-29 2005-08-29 Target Gravity MEXMRS_0531 2005-08-29 2005-08-29 Occultation MEXMRS_0532 2005-08-30 2005-08-30 Occultation MEXMRS_0533 2005-08-31 2005-08-31 Bistatic Radar MEXMRS_0534 2005-08-31 2005-08-31 Occultation MEXMRS_0535 2005-09-01 2005-09-01 Occultation MEXMRS_0536 2005-09-01 2005-09-01 Occultation MEXMRS_0537 2005-09-02 2005-09-02 Occultation MEXMRS_0538 2005-09-02 2005-09-02 Target Gravity MEXMRS_0540 2005-09-02 2005-09-02 Occultation MEXMRS_0541 2005-09-03 2005-09-05 Target Gravity MEXMRS_0542 2005-09-04 2005-09-04 Occultation MEXMRS_0543 2005-09-04 2005-09-04 Occultation MEXMRS_0544 2005-09-05 2005-09-05 Occultation MEXMRS_0546 2005-09-05 2005-09-05 Occultation MEXMRS_0547 2005-09-06 2005-09-06 Bistatic Radar MEXMRS_0548 2005-09-06 2005-09-06 Occultation MEXMRS_0550 2005-09-07 2005-09-07 Occultation MEXMRS_0552 2005-09-08 2005-09-08 Occultation MEXMRS_0553 2005-09-08 2005-09-08 Target Gravity MEXMRS_0554 2005-09-09 2005-09-09 Occultation MEXMRS_0555 2005-09-10 2005-09-10 Occultation MEXMRS_0557 2005-09-10 2005-09-11 Occultation MEXMRS_0558 2005-09-12 2005-09-12 Occultation MEXMRS_0559 2005-09-13 2005-09-13 Occultation MEXMRS_0560 2005-09-13 2005-09-13 Target Gravity MEXMRS_0561 2005-09-14 2005-09-14 Occultation MEXMRS_0562 2005-09-15 2005-09-15 Occultation MEXMRS_0563 2005-09-16 2005-09-16 Occultation MEXMRS_0564 2005-09-17 2005-09-17 Occultation MEXMRS_0565 2005-09-18 2005-09-18 Occultation MEXMRS_0566 2005-09-19 2005-09-19 Occultation MEXMRS_0569 2005-09-24 2005-09-24 Occultation MEXMRS_0570 2005-09-25 2005-09-25 Occultation MEXMRS_0571 2005-09-27 2005-09-27 Global Gravity MEXMRS_0572 2005-09-27 2005-09-27 Occultation MEXMRS_0573 2005-09-28 2005-09-28 Global Gravity MEXMRS_0574 2005-09-28 2005-09-28 Occultation MEXMRS_0575 2005-10-01 2005-10-01 Bistatic Radar MEXMRS_0576 2005-10-01 2005-10-01 Occultation MEXMRS_0577 2005-10-04 2005-10-04 Global Gravity MEXMRS_0578 2005-10-05 2005-10-05 Occultation MEXMRS_0579 2005-10-06 2005-10-06 Global Gravity MEXMRS_0580 2005-10-09 2005-10-09 Global Gravity MEXMRS_0581 2005-10-10 2005-10-10 Global Gravity MEXMRS_0582 2005-10-11 2005-10-11 Global Gravity MEXMRS_0583 2005-10-14 2005-10-14 Target Gravity MEXMRS_0584 2005-10-17 2005-10-17 Target Gravity MEXMRS_0585 2005-10-19 2005-10-19 Bistatic Radar MEXMRS_0587 2005-10-30 2005-10-30 Bistatic Radar MEXMRS_0588 2005-10-31 2005-10-31 Global Gravity MEXMRS_0589 2005-11-04 2005-11-04 Bistatic Radar MEXMRS_0590 2005-11-08 2005-11-08 Global Gravity MEXMRS_0591 2005-11-09 2005-11-10 Global Gravity MEXMRS_0592 2005-11-10 2005-11-10 Global Gravity MEXMRS_0594 2005-11-13 2005-11-14 Global Gravity MEXMRS_0597 2005-11-16 2005-11-16 Global Gravity MEXMRS_0598 2005-11-17 2005-11-17 Global Gravity MEXMRS_0599 2005-11-17 2005-11-17 Global Gravity MEXMRS_0600 2005-11-18 2005-11-18 Global Gravity MEXMRS_0601 2005-11-19 2005-11-19 Occultation MEXMRS_0602 2005-11-19 2005-11-19 Global Gravity MEXMRS_0603 2005-11-19 2005-11-19 Occultation MEXMRS_0604 2005-11-20 2005-11-20 Global Gravity MEXMRS_0605 2005-11-20 2005-11-20 Occultation MEXMRS_0606 2005-11-19 2005-11-21 Global Gravity MEXMRS_0607 2005-11-21 2005-11-21 Global Gravity MEXMRS_0608 2005-11-21 2005-11-21 Occultation MEXMRS_0609 2005-11-22 2005-11-22 Occultation MEXMRS_0610 2005-11-22 2005-11-22 Global Gravity MEXMRS_0611 2005-11-22 2005-11-22 Occultation MEXMRS_0612 2005-11-23 2005-11-23 Global Gravity MEXMRS_0613 2005-11-23 2005-11-23 Occultation MEXMRS_0615 2005-11-23 2005-11-23 Occultation MEXMRS_0620 2005-11-25 2005-11-25 Global Gravity MEXMRS_0621 2005-11-25 2005-11-25 Occultation MEXMRS_0622 2005-11-25 2005-11-25 Occultation MEXMRS_0623 2005-11-26 2005-11-26 Occultation MEXMRS_0624 2005-11-26 2005-11-26 Occultation MEXMRS_0625 2005-11-26 2005-11-26 Occultation MEXMRS_0626 2005-11-27 2005-11-27 Global Gravity MEXMRS_0627 2005-11-27 2005-11-27 Occultation MEXMRS_0628 2005-11-27 2005-11-27 Global Gravity MEXMRS_0629 2005-11-27 2005-11-27 Occultation MEXMRS_0630 2005-11-28 2005-11-28 Occultation MEXMRS_0631 2005-11-28 2005-11-28 Occultation MEXMRS_0633 2005-11-29 2005-11-29 Global Gravity MEXMRS_0634 2005-11-29 2005-11-29 Occultation MEXMRS_0636 2005-11-30 2005-11-30 Occultation MEXMRS_0637 2005-11-30 2005-11-30 Occultation MEXMRS_0638 2005-11-30 2005-11-30 Occultation MEXMRS_0641 2005-12-01 2005-12-01 Global Gravity MEXMRS_0642 2005-12-01 2005-12-02 Global Gravity MEXMRS_0643 2005-12-01 2005-12-02 Occultation MEXMRS_0645 2005-12-02 2005-12-02 Occultation MEXMRS_0648 2005-12-03 2005-12-03 Global Gravity MEXMRS_0649 2005-12-03 2005-12-03 Occultation MEXMRS_0650 2005-12-02 2005-12-05 Global Gravity MEXMRS_0651 2005-12-04 2005-12-04 Occultation MEXMRS_0652 2005-12-04 2005-12-04 Global Gravity MEXMRS_0653 2005-12-04 2005-12-04 Occultation MEXMRS_0654 2005-12-05 2005-12-05 Occultation MEXMRS_0655 2005-12-05 2005-12-05 Occultation MEXMRS_0656 2005-12-04 2005-12-06 Occultation MEXMRS_0657 2005-12-06 2005-12-06 Global Gravity MEXMRS_0658 2005-12-06 2005-12-06 Occultation MEXMRS_0659 2005-12-07 2005-12-07 Global Gravity MEXMRS_0660 2005-12-07 2005-12-07 Occultation MEXMRS_0661 2005-12-08 2005-12-08 Occultation MEXMRS_0662 2005-12-09 2005-12-09 Global Gravity MEXMRS_0663 2005-12-09 2005-12-09 Occultation MEXMRS_0664 2005-12-09 2005-12-09 Global Gravity MEXMRS_0665 2005-12-09 2005-12-09 Occultation MEXMRS_0667 2005-12-10 2005-12-10 Occultation MEXMRS_0668 2005-12-10 2005-12-10 Global Gravity MEXMRS_0669 2005-12-11 2005-12-11 Occultation MEXMRS_0670 2005-12-11 2005-12-11 Occultation MEXMRS_0671 2005-12-11 2005-12-12 Global Gravity MEXMRS_0675 2005-12-13 2005-12-13 Occultation MEXMRS_0676 2005-12-13 2005-12-13 Occultation MEXMRS_0678 2005-12-13 2005-12-13 Occultation MEXMRS_0679 2005-12-13 2005-12-14 Global Gravity MEXMRS_0680 2005-12-14 2005-12-14 Occultation MEXMRS_0681 2005-12-14 2005-12-14 Occultation MEXMRS_0682 2005-12-14 2005-12-14 Occultation MEXMRS_0683 2005-12-16 2005-12-16 Occultation MEXMRS_0684 2005-12-16 2005-12-16 Occultation MEXMRS_0685 2005-12-17 2005-12-17 Occultation MEXMRS_0686 2005-12-17 2005-12-17 Global Gravity MEXMRS_0687 2005-12-17 2005-12-17 Occultation MEXMRS_0688 2005-12-18 2005-12-18 Global Gravity MEXMRS_0689 2005-12-18 2005-12-18 Occultation MEXMRS_0690 2005-12-18 2005-12-18 Occultation MEXMRS_0691 2005-12-09 2005-12-09 Occultation MEXMRS_0692 2005-12-19 2005-12-19 Occultation MEXMRS_0693 2005-12-19 2005-12-19 Global Gravity MEXMRS_0694 2005-12-19 2005-12-19 Occultation MEXMRS_0695 2005-12-20 2005-12-20 Occultation MEXMRS_0696 2005-12-20 2005-12-20 Occultation MEXMRS_0697 2005-12-21 2005-12-21 Global Gravity MEXMRS_0698 2005-12-21 2005-12-21 Occultation MEXMRS_0699 2005-12-21 2005-12-21 Occultation MEXMRS_0700 2005-12-22 2005-12-27 Global Gravity MEXMRS_0701 2005-12-22 2005-12-22 Occultation MEXMRS_0702 2005-12-22 2005-12-23 Global Gravity MEXMRS_0703 2005-12-23 2005-12-23 Occultation MEXMRS_0704 2005-12-23 2005-12-23 Occultation MEXMRS_0706 2005-12-23 2005-12-23 Occultation MEXMRS_0707 2005-12-24 2005-12-27 Global Gravity MEXMRS_0708 2005-12-24 2005-12-24 Occultation MEXMRS_0709 2005-12-24 2005-12-24 Global Gravity MEXMRS_0710 2005-12-25 2005-12-25 Occultation MEXMRS_0711 2005-12-24 2005-12-27 Global Gravity MEXMRS_0712 2005-12-25 2005-12-25 Global Gravity MEXMRS_0713 2005-12-25 2005-12-25 Occultation MEXMRS_0714 2005-12-26 2005-12-26 Occultation MEXMRS_0715 2005-12-26 2005-12-26 Occultation MEXMRS_0716 2005-12-26 2005-12-26 Global Gravity MEXMRS_0717 2005-12-26 2005-12-27 Global Gravity MEXMRS_0718 2005-12-27 2005-12-27 Occultation MEXMRS_0719 2005-12-27 2005-12-27 Global Gravity MEXMRS_0720 2005-12-27 2005-12-27 Occultation MEXMRS_0721 2005-12-27 2005-12-27 Occultation MEXMRS_0722 2005-12-28 2005-12-28 Occultation MEXMRS_0723 2005-12-28 2005-12-28 Global Gravity MEXMRS_0724 2005-12-28 2005-12-28 Global Gravity MEXMRS_0725 2005-12-28 2005-12-28 Occultation MEXMRS_0726 2005-12-29 2005-12-29 Occultation MEXMRS_0727 2005-12-29 2005-12-29 Occultation MEXMRS_0728 2005-12-30 2005-12-30 Occultation MEXMRS_0729 2005-12-30 2005-12-30 Occultation MEXMRS_0730 2005-12-30 2005-12-30 Global Gravity MEXMRS_0731 2005-12-30 2005-12-30 Occultation MEXMRS_0733 2005-12-31 2005-12-31 Global Gravity MEXMRS_0734 2005-12-31 2005-12-31 Occultation MEXMRS_0735 2005-12-31 2005-12-31 Occultation RSI VOLUME ID VOLUME_ID Start Date Notes ----------- ---------- ----------- ------------- MEXMRS_0666 MEXMRS_4001 2005-12-10 Bistatic Radar MEXMRS_0672 MEXMRS_4002 2005-12-11 Bistatic Radar MEXMRS_0736 MEXMRS_1001 2006-01-01 Occultation MEXMRS_0737 MEXMRS_1002 2006-01-01 Occultation MEXMRS_0739 MEXMRS_1003 2006-01-02 Occultation MEXMRS_0740 MEXMRS_2001 2006-01-02 Global Gravity MEXMRS_0741 MEXMRS_2002 2006-01-03 Global Gravity MEXMRS_0742 MEXMRS_1004 2006-01-03 Occultation MEXMRS_0743 MEXMRS_1059 2006-01-04 Occultation MEXMRS_0744 MEXMRS_2003 2006-01-04 Global Gravity MEXMRS_0745 MEXMRS_1058 2006-01-04 Occultation MEXMRS_0746 MEXMRS_2004 2006-01-05 Global Gravity MEXMRS_0747 MEXMRS_1117 2006-01-05 Occultation MEXMRS_0748 MEXMRS_2116 2006-01-05 Global Gravity MEXMRS_0749 MEXMRS_1060 2006-01-06 Occultation MEXMRS_0750 MEXMRS_1005 2006-01-06 Occultation MEXMRS_0751 MEXMRS_2005 2006-01-06 Global Gravity MEXMRS_0752 MEXMRS_1008 2006-01-06 Occultation MEXMRS_0753 MEXMRS_2118 2006-01-15 Global Gravity MEXMRS_0754 MEXMRS_1062 2006-01-15 Occultation MEXMRS_0755 MEXMRS_2119 2006-01-16 Global Gravity MEXMRS_0756 MEXMRS_1063 2006-01-16 Occultation MEXMRS_0757 MEXMRS_1006 2006-01-16 Occultation MEXMRS_0758 MEXMRS_2007 2006-01-17 Target Gravity MEXMRS_0759 MEXMRS_1007 2006-01-17 Occultation MEXMRS_0761 MEXMRS_2008 2006-01-18 Global Gravity MEXMRS_0762 MEXMRS_1064 2006-01-18 Occultation MEXMRS_0763 MEXMRS_1065 2006-01-19 Occultation MEXMRS_0766 MEXMRS_4003 2006-01-21 Bistatic Radar MEXMRS_0767 MEXMRS_2009 2006-01-21 Global Gravity MEXMRS_0768 MEXMRS_1009 2006-01-21 Occultation MEXMRS_0769 MEXMRS_1066 2006-01-21 Occultation MEXMRS_0770 MEXMRS_4004 2006-01-22 Bistatic Radar MEXMRS_0771 MEXMRS_2010 2006-01-22 Global Gravity MEXMRS_0772 MEXMRS_1010 2006-01-22 Occultation MEXMRS_0773 MEXMRS_1067 2006-01-22 Occultation MEXMRS_0774 MEXMRS_1068 2006-01-23 Occultation MEXMRS_0775 MEXMRS_1011 2006-01-23 Occultation MEXMRS_0776 MEXMRS_1069 2006-01-24 Occultation MEXMRS_0777 MEXMRS_1012 2006-01-24 Occultation MEXMRS_0778 MEXMRS_1013 2006-01-24 Occultation MEXMRS_0779 MEXMRS_1070 2006-01-25 Occultation MEXMRS_0780 MEXMRS_1014 2006-01-25 Occultation MEXMRS_0781 MEXMRS_2011 2006-01-25 Global Gravity MEXMRS_0782 MEXMRS_1071 2006-01-25 Occultation MEXMRS_0784 MEXMRS_1072 2006-01-27 Occultation MEXMRS_0785 MEXMRS_1073 2006-01-28 Occultation MEXMRS_0786 MEXMRS_2023 2006-01-28 Global Gravity MEXMRS_0787 MEXMRS_1015 2006-01-28 Occultation MEXMRS_0788 MEXMRS_1016 2006-01-29 Occultation MEXMRS_0789 MEXMRS_2013 2006-01-29 Global Gravity MEXMRS_0790 MEXMRS_2012 2006-01-30 Global Gravity MEXMRS_0791 MEXMRS_1046 2006-01-30 Occultation MEXMRS_0792 MEXMRS_1047 2006-01-31 Occultation MEXMRS_0793 MEXMRS_1049 2006-01-31 Occultation MEXMRS_0794 MEXMRS_1074 2006-02-01 Occultation MEXMRS_0795 MEXMRS_2014 2006-02-01 Global Gravity MEXMRS_0796 MEXMRS_1077 2006-02-01 Occultation MEXMRS_0797 MEXMRS_2015 2006-02-02 Global Gravity MEXMRS_0798 MEXMRS_1018 2006-02-02 Occultation MEXMRS_0799 MEXMRS_1017 2006-02-03 Occultation MEXMRS_0800 MEXMRS_2016 2006-02-03 Global Gravity MEXMRS_0801 MEXMRS_1078 2006-02-03 Occultation MEXMRS_0802 MEXMRS_1079 2006-02-04 Occultation MEXMRS_0803 MEXMRS_1019 2006-02-04 Occultation MEXMRS_0805 MEXMRS_1020 2006-02-05 Occultation MEXMRS_0807 MEXMRS_2017 2006-02-06 Global Gravity MEXMRS_0808 MEXMRS_1022 2006-02-06 Occultation MEXMRS_0810 MEXMRS_2019 2006-02-07 Occultation MEXMRS_0811 MEXMRS_2020 2006-02-07 Global Gravity MEXMRS_0812 MEXMRS_2021 2006-02-07 Global Gravity MEXMRS_0813 MEXMRS_1083 2006-02-07 Occultation MEXMRS_0814 MEXMRS_1084 2006-02-08 Occultation MEXMRS_0815 MEXMRS_2022 2006-02-08 Global Gravity MEXMRS_0816 MEXMRS_1021 2006-02-08 Occultation MEXMRS_0817 MEXMRS_2018 2006-02-09 Global Gravity MEXMRS_0818 MEXMRS_1086 2006-02-09 Occultation MEXMRS_0820 MEXMRS_1087 2006-02-10 Occultation MEXMRS_0821 MEXMRS_1023 2006-02-10 Occultation MEXMRS_0822 MEXMRS_1088 2006-02-10 Occultation MEXMRS_0823 MEXMRS_1089 2006-02-10 Occultation MEXMRS_0824 MEXMRS_2024 2006-02-11 Global Gravity MEXMRS_0825 MEXMRS_1024 2006-02-11 Occultation MEXMRS_0826 MEXMRS_1075 2006-01-30 Occultation MEXMRS_0827 MEXMRS_1025 2006-02-12 Occultation MEXMRS_0828 MEXMRS_2025 2006-02-12 Global Gravity MEXMRS_0829 MEXMRS_1090 2006-02-12 Occultation MEXMRS_0830 MEXMRS_1091 2006-02-13 Occultation MEXMRS_0831 MEXMRS_1045 2006-02-13 Occultation MEXMRS_0832 MEXMRS_1092 2006-02-14 Occultation MEXMRS_0833 MEXMRS_2066 2006-02-15 Global Gravity MEXMRS_0834 MEXMRS_1048 2006-02-15 Occultation MEXMRS_0835 MEXMRS_1093 2006-02-16 Occultation MEXMRS_0836 MEXMRS_2068 2006-02-16 Global Gravity MEXMRS_0837 MEXMRS_2064 2006-02-17 Global Gravity MEXMRS_0838 MEXMRS_1026 2006-02-17 Occultation MEXMRS_0839 MEXMRS_1094 2006-02-18 Occultation MEXMRS_0840 MEXMRS_2067 2006-02-18 Global Gravity MEXMRS_0841 MEXMRS_1028 2006-02-18 Occultation MEXMRS_0842 MEXMRS_1027 2006-02-19 Occultation MEXMRS_0843 MEXMRS_2026 2006-02-19 Global Gravity MEXMRS_0845 MEXMRS_2065 2006-02-20 Global Gravity MEXMRS_0846 MEXMRS_1029 2006-02-21 Occultation MEXMRS_0847 MEXMRS_2071 2006-02-21 Global Gravity MEXMRS_0848 MEXMRS_1057 2006-02-22 Occultation MEXMRS_0849 MEXMRS_1095 2006-02-23 Occultation MEXMRS_0850 MEXMRS_1051 2006-02-24 Occultation MEXMRS_0851 MEXMRS_1096 2006-02-24 Occultation MEXMRS_0852 MEXMRS_2027 2006-02-25 Global Gravity MEXMRS_0853 MEXMRS_1030 2006-02-25 Occultation MEXMRS_0854 MEXMRS_1097 2006-02-25 Occultation MEXMRS_0855 MEXMRS_1031 2006-02-26 Occultation MEXMRS_0856 MEXMRS_2069 2006-02-27 Global Gravity MEXMRS_0857 MEXMRS_1052 2006-02-27 Occultation MEXMRS_0858 MEXMRS_1098 2006-02-28 Occultation MEXMRS_0859 MEXMRS_2070 2006-02-28 Global Gravity MEXMRS_0860 MEXMRS_2028 2006-03-02 Global Gravity MEXMRS_0861 MEXMRS_2030 2006-03-05 Global Gravity MEXMRS_0862 MEXMRS_2029 2006-03-06 Global Gravity MEXMRS_0863 MEXMRS_1032 2006-03-06 Occultation MEXMRS_0864 MEXMRS_1099 2006-03-07 Occultation MEXMRS_0865 MEXMRS_1033 2006-03-07 Occultation MEXMRS_0866 MEXMRS_2031 2006-03-07 Global Gravity MEXMRS_0867 MEXMRS_2032 2006-03-09 Global Gravity MEXMRS_0868 MEXMRS_1034 2006-03-10 Occultation MEXMRS_0869 MEXMRS_2033 2006-03-11 Global Gravity MEXMRS_0870 MEXMRS_1035 2006-03-12 Occultation MEXMRS_0871 MEXMRS_1050 2006-03-13 Occultation MEXMRS_0872 MEXMRS_2182 2006-03-13 Global Gravity MEXMRS_0873 MEXMRS_1100 2006-03-14 Occultation MEXMRS_0874 MEXMRS_1101 2006-03-15 Occultation MEXMRS_0875 MEXMRS_2034 2006-03-16 Global Gravity MEXMRS_0876 MEXMRS_1036 2006-03-17 Occultation MEXMRS_0877 MEXMRS_1102 2006-03-17 Occultation MEXMRS_0878 MEXMRS_1037 2006-03-18 Occultation MEXMRS_0881 MEXMRS_2035 2006-03-19 Global Gravity MEXMRS_0882 MEXMRS_2037 2006-03-20 Global Gravity MEXMRS_0883 MEXMRS_2120 2006-03-20 Global Gravity MEXMRS_0884 MEXMRS_2036 2006-03-21 Global Gravity MEXMRS_0885 MEXMRS_2121 2006-03-21 Global Gravity MEXMRS_0886 MEXMRS_1038 2006-03-22 Occultation MEXMRS_0887 MEXMRS_2122 2006-03-22 Global Gravity MEXMRS_0888 MEXMRS_6001 2006-03-23 Phobos Gravity MEXMRS_0889 MEXMRS_1103 2006-03-23 Occultation MEXMRS_0890 MEXMRS_1104 2006-03-24 Occultation MEXMRS_0891 MEXMRS_1039 2006-03-24 Occultation MEXMRS_0892 MEXMRS_2123 2006-03-24 Global Gravity MEXMRS_0893 MEXMRS_2183 2006-03-25 Global Gravity MEXMRS_0894 MEXMRS_2038 2006-03-25 Global Gravity MEXMRS_0895 MEXMRS_1105 2006-03-25 Occultation MEXMRS_0896 MEXMRS_1106 2006-03-26 Occultation MEXMRS_0897 MEXMRS_2039 2006-03-26 Global Gravity MEXMRS_0898 MEXMRS_2184 2006-03-27 Global Gravity MEXMRS_0899 MEXMRS_1040 2006-03-27 Occultation MEXMRS_0900 MEXMRS_2041 2006-03-28 Global Gravity MEXMRS_0901 MEXMRS_2124 2006-03-28 Global Gravity MEXMRS_0902 MEXMRS_1107 2006-03-28 Occultation MEXMRS_0903 MEXMRS_2040 2006-03-29 Global Gravity MEXMRS_0904 MEXMRS_1085 2006-02-08 Occultation MEXMRS_0905 MEXMRS_1108 2006-03-30 Occultation MEXMRS_0906 MEXMRS_1041 2006-03-30 Occultation MEXMRS_0907 MEXMRS_2042 2006-03-30 Global Gravity MEXMRS_0908 MEXMRS_2125 2006-03-30 Global Gravity MEXMRS_0909 MEXMRS_2126 2006-04-01 Global Gravity MEXMRS_0911 MEXMRS_4005 2006-04-02 Bistatic Radar MEXMRS_0913 MEXMRS_2043 2006-04-03 Global Gravity MEXMRS_0914 MEXMRS_1042 2006-04-03 Occultation MEXMRS_0915 MEXMRS_2050 2006-04-04 Global Gravity MEXMRS_0916 MEXMRS_2044 2006-04-06 Global Gravity MEXMRS_0917 MEXMRS_4006 2006-04-07 Bistatic Radar MEXMRS_0918 MEXMRS_4012 2006-04-08 Bistatic Radar MEXMRS_0919 MEXMRS_2117 2006-04-10 Global Gravity MEXMRS_0922 MEXMRS_1109 2006-04-13 Occultation MEXMRS_0923 MEXMRS_2045 2006-04-13 Global Gravity MEXMRS_0924 MEXMRS_1110 2006-04-13 Occultation MEXMRS_0925 MEXMRS_1111 2006-04-14 Occultation MEXMRS_0926 MEXMRS_2046 2006-04-14 Global Gravity MEXMRS_0927 MEXMRS_1055 2006-04-14 Occultation MEXMRS_0929 MEXMRS_2047 2006-04-15 Global Gravity MEXMRS_0931 MEXMRS_1116 2006-03-12 Occultation MEXMRS_0932 MEXMRS_1053 2006-04-17 Occultation MEXMRS_0933 MEXMRS_1056 2006-04-17 Occultation MEXMRS_0934 MEXMRS_2130 2006-04-17 Global Gravity MEXMRS_0935 MEXMRS_1112 2006-04-17 Occultation MEXMRS_0936 MEXMRS_2048 2006-04-18 Global Gravity MEXMRS_0937 MEXMRS_2127 2006-04-18 Global Gravity MEXMRS_0938 MEXMRS_2128 2006-04-18 Global Gravity MEXMRS_0939 MEXMRS_2133 2006-04-20 Global Gravity MEXMRS_0940 MEXMRS_4007 2006-04-21 Bistatic Radar MEXMRS_0941 MEXMRS_1113 2006-04-21 Occultation MEXMRS_0942 MEXMRS_2129 2006-04-21 Global Gravity MEXMRS_0943 MEXMRS_1054 2006-04-22 Occultation MEXMRS_0944 MEXMRS_2049 2006-04-22 Global Gravity MEXMRS_0945 MEXMRS_1114 2006-04-22 Occultation MEXMRS_0946 MEXMRS_2132 2006-04-22 Global Gravity MEXMRS_0947 MEXMRS_4008 2006-04-23 Bistatic Radar MEXMRS_0948 MEXMRS_1043 2006-04-23 Occultation MEXMRS_0949 MEXMRS_1115 2006-04-23 Occultation MEXMRS_0950 MEXMRS_2137 2006-04-23 Global Gravity MEXMRS_0951 MEXMRS_1044 2006-04-24 Occultation MEXMRS_0954 MEXMRS_2051 2006-04-25 Global Gravity MEXMRS_0955 MEXMRS_2141 2006-04-25 Global Gravity MEXMRS_0956 MEXMRS_2052 2006-04-26 Global Gravity MEXMRS_0961 MEXMRS_2053 2006-04-29 Target Gravity MEXMRS_0962 MEXMRS_2142 2006-04-29 Global Gravity MEXMRS_0966 MEXMRS_2170 2006-05-01 Target Gravity MEXMRS_0967 MEXMRS_2171 2006-05-03 Target Gravity MEXMRS_0970 MEXMRS_2172 2006-05-08 Target Gravity MEXMRS_0971 MEXMRS_2143 2006-05-08 Global Gravity MEXMRS_0972 MEXMRS_2144 2006-05-09 Global Gravity MEXMRS_0973 MEXMRS_2145 2006-05-10 Global Gravity MEXMRS_0974 MEXMRS_2054 2006-05-14 Global Gravity MEXMRS_0976 MEXMRS_2055 2006-05-20 Global Gravity MEXMRS_0977 MEXMRS_2173 2006-05-20 Target Gravity MEXMRS_0978 MEXMRS_2056 2006-05-21 Global Gravity MEXMRS_0979 MEXMRS_2072 2006-05-22 Global Gravity MEXMRS_0980 MEXMRS_2146 2006-05-24 Global Gravity MEXMRS_0981 MEXMRS_2057 2006-05-25 Global Gravity MEXMRS_0982 MEXMRS_2147 2006-05-26 Global Gravity MEXMRS_0983 MEXMRS_2148 2006-05-27 Global Gravity MEXMRS_0984 MEXMRS_2149 2006-05-27 Global Gravity MEXMRS_0985 MEXMRS_2150 2006-05-28 Global Gravity MEXMRS_0986 MEXMRS_2151 2006-05-28 Global Gravity MEXMRS_0987 MEXMRS_2058 2006-05-29 Global Gravity MEXMRS_0988 MEXMRS_4009 2006-05-30 Bistatic Radar MEXMRS_0989 MEXMRS_2059 2006-05-31 Global Gravity MEXMRS_0990 MEXMRS_2060 2006-05-31 Target Gravity MEXMRS_0991 MEXMRS_2061 2006-06-01 Global Gravity MEXMRS_0996 MEXMRS_2169 2006-06-05 Global Gravity MEXMRS_0998 MEXMRS_2152 2006-06-06 Global Gravity MEXMRS_0999 MEXMRS_2174 2006-06-10 Target Gravity MEXMRS_1000 MEXMRS_2063 2006-06-11 Global Gravity MEXMRS_1001 MEXMRS_2175 2006-06-12 Target Gravity MEXMRS_1004 MEXMRS_2154 2006-06-16 Global Gravity MEXMRS_1005 MEXMRS_2176 2006-06-17 Target Gravity MEXMRS_1006 MEXMRS_2062 2006-06-18 Global Gravity MEXMRS_1007 MEXMRS_2181 2006-06-18 Target Gravity MEXMRS_1008 MEXMRS_2073 2006-06-20 Global Gravity MEXMRS_1009 MEXMRS_2155 2006-06-21 Global Gravity MEXMRS_1010 MEXMRS_2075 2006-06-22 Global Gravity MEXMRS_1011 MEXMRS_4010 2006-06-24 Bistatic Radar MEXMRS_1012 MEXMRS_2074 2006-06-25 Global Gravity MEXMRS_1013 MEXMRS_2077 2006-06-26 Target Gravity MEXMRS_1014 MEXMRS_2112 2006-07-02 Target Gravity MEXMRS_1015 MEXMRS_2156 2006-07-03 Global Gravity MEXMRS_1016 MEXMRS_2076 2006-07-04 Global Gravity MEXMRS_1017 MEXMRS_2113 2006-07-04 Target Gravity MEXMRS_1018 MEXMRS_2177 2006-07-04 Target Gravity MEXMRS_1019 MEXMRS_2157 2006-07-04 Global Gravity MEXMRS_1020 MEXMRS_2078 2006-07-06 Global Gravity MEXMRS_1021 MEXMRS_2079 2006-07-07 Global Gravity MEXMRS_1022 MEXMRS_2082 2006-07-07 Target Gravity MEXMRS_1023 MEXMRS_2083 2006-07-08 Global Gravity MEXMRS_1024 MEXMRS_2158 2006-07-12 Global Gravity MEXMRS_1025 MEXMRS_2178 2006-07-16 Target Gravity MEXMRS_1026 MEXMRS_2080 2006-07-17 Global Gravity MEXMRS_1027 MEXMRS_2081 2006-07-18 Global Gravity MEXMRS_1028 MEXMRS_2179 2006-07-18 Target Gravity MEXMRS_1029 MEXMRS_2159 2006-07-18 Global Gravity MEXMRS_1030 MEXMRS_2160 2006-07-19 Global Gravity MEXMRS_1031 MEXMRS_2180 2006-07-19 Target Gravity MEXMRS_1032 MEXMRS_2109 2006-07-22 Global Gravity MEXMRS_1033 MEXMRS_2084 2006-07-29 Target Gravity MEXMRS_1034 MEXMRS_2085 2006-07-29 Global Gravity MEXMRS_1035 MEXMRS_2086 2006-08-01 Global Gravity MEXMRS_1036 MEXMRS_2087 2006-08-01 Target Gravity MEXMRS_1037 MEXMRS_2088 2006-08-05 Global Gravity MEXMRS_1038 MEXMRS_2089 2006-08-05 Global Gravity MEXMRS_1039 MEXMRS_2090 2006-08-06 Global Gravity MEXMRS_1040 MEXMRS_2096 2006-08-07 Target Gravity MEXMRS_1041 MEXMRS_4011 2006-08-10 Bistatic Radar MEXMRS_1042 MEXMRS_2091 2006-08-12 Global Gravity MEXMRS_1043 MEXMRS_2095 2006-08-12 Target Gravity MEXMRS_1044 MEXMRS_2092 2006-08-13 Global Gravity (failed) MEXMRS_1045 MEXMRS_2093 2006-08-13 Target Gravity (failed) MEXMRS_1046 MEXMRS_2094 2006-08-15 Global Gravity MEXMRS_1047 MEXMRS_2097 2006-08-15 Target Gravity MEXMRS_1048 MEXMRS_2185 2006-10-06 Solar Conjunction MEXMRS_1049 MEXMRS_3030 2006-10-07 Solar Conjunction MEXMRS_1050 MEXMRS_3002 2006-10-07 Solar Conjunction MEXMRS_1051 MEXMRS_3001 2006-10-08 Solar Conjunction MEXMRS_1052 MEXMRS_3000 2006-10-09 Solar Conjunction MEXMRS_1053 MEXMRS_3003 2006-10-10 Solar Conjunction MEXMRS_1054 MEXMRS_3004 2006-10-11 Solar Conjunction MEXMRS_1056 MEXMRS_3005 2006-10-13 Solar Conjunction MEXMRS_1057 MEXMRS_3006 2006-10-14 Solar Conjunction MEXMRS_1058 MEXMRS_3007 2006-10-14 Solar Conjunction MEXMRS_1059 MEXMRS_3015 2006-10-15 Solar Conjunction MEXMRS_1061 MEXMRS_3008 2006-10-17 Solar Conjunction MEXMRS_1063 MEXMRS_3009 2006-10-18 Solar Conjunction MEXMRS_1072 MEXMRS_3010 2006-10-31 Solar Conjunction MEXMRS_1073 MEXMRS_3011 2006-11-06 Solar Conjunction MEXMRS_1074 MEXMRS_3012 2006-11-07 Solar Conjunction MEXMRS_1075 MEXMRS_3013 2006-11-08 Solar Conjunction MEXMRS_1076 MEXMRS_3014 2006-11-11 Solar Conjunction MEXMRS_1077 MEXMRS_3016 2006-11-12 Solar Conjunction MEXMRS_1078 MEXMRS_3022 2006-11-13 Solar Conjunction MEXMRS_1079 MEXMRS_3021 2006-11-14 Solar Conjunction MEXMRS_1080 MEXMRS_3023 2006-11-15 Solar Conjunction MEXMRS_1081 MEXMRS_3024 2006-11-17 Solar Conjunction MEXMRS_1082 MEXMRS_3026 2006-11-18 Solar Conjunction MEXMRS_1083 MEXMRS_3025 2006-11-19 Solar Conjunction MEXMRS_1085 MEXMRS_3028 2006-11-21 Solar Conjunction MEXMRS_1086 MEXMRS_3029 2006-11-22 Solar Conjunction MEXMRS_1087 MEXMRS_2098 2006-11-24 Global Gravity MEXMRS_1088 MEXMRS_2099 2006-11-24 Global Gravity MEXMRS_1089 MEXMRS_2186 2006-11-25 Global Gravity MEXMRS_1091 MEXMRS_2100 2006-11-26 Global Gravity MEXMRS_1092 MEXMRS_2161 2006-11-26 Global Gravity MEXMRS_1093 MEXMRS_2101 2006-12-02 Global Gravity MEXMRS_1094 MEXMRS_2102 2006-12-03 Global Gravity MEXMRS_1095 MEXMRS_2162 2006-12-03 Global Gravity MEXMRS_1097 MEXMRS_2103 2006-12-09 Global Gravity MEXMRS_1098 MEXMRS_2104 2006-12-11 Global Gravity MEXMRS_1100 MEXMRS_2168 2006-12-13 Global Gravity MEXMRS_1101 MEXMRS_2164 2006-12-16 Global Gravity MEXMRS_1102 MEXMRS_2105 2006-12-16 Global Gravity MEXMRS_1107 MEXMRS_2106 2006-12-23 Global Gravity MEXMRS_1108 MEXMRS_2165 2006-12-23 Global Gravity MEXMRS_1109 MEXMRS_2115 2006-12-24 Global Gravity MEXMRS_1112 MEXMRS_2107 2006-12-27 Global Gravity MEXMRS_1114 MEXMRS_2108 2006-12-29 Global Gravity MEXMRS_1115 MEXMRS_2114 2006-12-29 Global Gravity MEXMRS_1116 MEXMRS_2110 2006-12-30 Global Gravity MEXMRS_1118 MEXMRS_2111 2006-12-30 Global Gravity MEXMRS_1119 MEXMRS_2180 2007-01-01 Global Gravity MEXMRS_1121 MEXMRS_2265 2007-01-02 Global Gravity MEXMRS_1122 MEXMRS_2181 2007-01-03 Global Gravity MEXMRS_1123 MEXMRS_2266 2007-01-03 Global Gravity MEXMRS_1124 MEXMRS_2182 2007-01-05 Global Gravity MEXMRS_1126 MEXMRS_2267 2007-01-06 Global Gravity MEXMRS_1127 MEXMRS_2183 2007-01-06 Global Gravity MEXMRS_1129 MEXMRS_2362 2007-01-08 Global Gravity MEXMRS_1131 MEXMRS_1076 2006-02-11 Occultation MEXMRS_1133 MEXMRS_2269 2007-01-13 Global Gravity MEXMRS_1136 MEXMRS_2187 2007-01-15 Global Gravity MEXMRS_1137 MEXMRS_2345 2007-01-15 Target Gravity MEXMRS_1139 MEXMRS_2270 2007-01-18 Global Gravity MEXMRS_1140 MEXMRS_2346 2007-01-21 Target Gravity MEXMRS_1141 MEXMRS_2347 2007-01-21 Global Gravity MEXMRS_1143 MEXMRS_2188 2007-01-27 Global Gravity MEXMRS_1144 MEXMRS_2189 2007-01-27 Target Gravity MEXMRS_1145 MEXMRS_2190 2007-01-27 Global Gravity MEXMRS_1146 MEXMRS_2191 2007-01-29 Global Gravity MEXMRS_1147 MEXMRS_2192 2007-01-29 Target Gravity MEXMRS_1149 MEXMRS_2193 2007-02-03 Global Gravity MEXMRS_1150 MEXMRS_2194 2007-02-03 Global Gravity MEXMRS_1152 MEXMRS_2195 2007-02-05 Global Gravity MEXMRS_1154 MEXMRS_2196 2007-02-10 Global Gravity MEXMRS_1155 MEXMRS_2197 2007-02-12 Global Gravity MEXMRS_1157 MEXMRS_2198 2007-02-14 Global Gravity MEXMRS_1161 MEXMRS_2272 2007-02-17 Global Gravity MEXMRS_1162 MEXMRS_2273 2007-04-27 Occultation MEXMRS_1169 MEXMRS_2276 2007-03-07 Global Gravity MEXMRS_1171 MEXMRS_2277 2007-03-11 Target Gravity MEXMRS_1173 MEXMRS_2278 2007-03-19 Global Gravity MEXMRS_1174 MEXMRS_2279 2007-03-20 Global Gravity MEXMRS_1175 MEXMRS_2348 2007-03-24 Global Gravity MEXMRS_1176 MEXMRS_2199 2007-03-24 Global Gravity MEXMRS_1178 MEXMRS_2200 2007-03-31 Global Gravity MEXMRS_1179 MEXMRS_2201 2007-03-31 Global Gravity MEXMRS_1181 MEXMRS_2280 2007-04-01 Global Gravity MEXMRS_1182 MEXMRS_2202 2007-04-02 Global Gravity MEXMRS_1183 MEXMRS_2203 2007-04-04 Global Gravity MEXMRS_1185 MEXMRS_2283 2007-04-06 Global Gravity MEXMRS_1186 MEXMRS_2284 2007-04-07 Global Gravity MEXMRS_1188 MEXMRS_2204 2007-04-07 Global Gravity MEXMRS_1189 MEXMRS_2285 2007-04-08 Global Gravity MEXMRS_1190 MEXMRS_2205 2007-04-09 Global Gravity MEXMRS_1191 MEXMRS_2286 2007-04-09 Global Gravity MEXMRS_1192 MEXMRS_2287 2007-04-09 Target Gravity MEXMRS_1193 MEXMRS_2349 2007-04-09 Global Gravity MEXMRS_1194 MEXMRS_2288 2007-04-10 Global Gravity MEXMRS_1195 MEXMRS_2206 2007-04-11 Global Gravity MEXMRS_1196 MEXMRS_2207 2007-04-12 Global Gravity MEXMRS_1199 MEXMRS_2208 2007-04-17 Target Gravity MEXMRS_1200 MEXMRS_2209 2007-04-18 Global Gravity MEXMRS_1201 MEXMRS_2210 2007-04-19 Global Gravity MEXMRS_1202 MEXMRS_2211 2007-04-21 Global Gravity MEXMRS_1204 MEXMRS_2212 2007-04-23 Global Gravity MEXMRS_1205 MEXMRS_2291 2007-04-23 Global Gravity MEXMRS_1206 MEXMRS_2213 2007-04-24 Global Gravity MEXMRS_1207 MEXMRS_1162 2007-04-25 Occultation MEXMRS_1208 MEXMRS_1163 2007-04-27 Occultation MEXMRS_1209 MEXMRS_1164 2007-04-28 Occultation MEXMRS_1210 MEXMRS_1165 2007-04-29 Occultation MEXMRS_1211 MEXMRS_1125 2007-04-30 Occultation MEXMRS_1212 MEXMRS_1166 2007-04-30 Occultation MEXMRS_1213 MEXMRS_1126 2007-05-01 Occultation MEXMRS_1214 MEXMRS_1167 2007-05-02 Occultation MEXMRS_1215 MEXMRS_2292 2007-05-04 Target Gravity MEXMRS_1216 MEXMRS_1168 2007-05-05 Occultation MEXMRS_1217 MEXMRS_1181 2007-05-06 Occultation MEXMRS_1218 MEXMRS_1169 2007-05-06 Occultation MEXMRS_1219 MEXMRS_1127 2007-05-07 Occultation MEXMRS_1221 MEXMRS_2371 2007-05-11 Target Gravity MEXMRS_1224 MEXMRS_1119 2007-05-14 Occultation MEXMRS_1225 MEXMRS_1176 2007-05-15 Occultation MEXMRS_1227 MEXMRS_1120 2007-05-18 Occultation MEXMRS_1228 MEXMRS_1121 2007-05-20 Occultation MEXMRS_1229 MEXMRS_1128 2007-05-21 Occultation MEXMRS_1231 MEXMRS_1177 2007-05-22 Occultation MEXMRS_1233 MEXMRS_1124 2007-05-25 Occultation MEXMRS_1234 MEXMRS_1122 2007-05-27 Occultation MEXMRS_1235 MEXMRS_1178 2007-05-27 Occultation MEXMRS_1236 MEXMRS_1179 2007-05-28 Occultation MEXMRS_1237 MEXMRS_1129 2007-05-28 Occultation MEXMRS_1239 MEXMRS_1123 2007-05-30 Occultation MEXMRS_1240 MEXMRS_1180 2007-05-30 Occultation MEXMRS_1243 MEXMRS_1130 2007-06-03 Occultation MEXMRS_1244 MEXMRS_2214 2007-06-07 Global Gravity MEXMRS_1245 MEXMRS_2293 2007-06-09 Global Gravity MEXMRS_1246 MEXMRS_2294 2007-06-11 Global Gravity MEXMRS_1247 MEXMRS_2297 2007-06-12 Global Gravity MEXMRS_1248 MEXMRS_2215 2007-06-13 Global Gravity MEXMRS_1249 MEXMRS_2216 2007-06-15 Global Gravity MEXMRS_1250 MEXMRS_2217 2007-06-15 Global Gravity MEXMRS_1251 MEXMRS_2295 2007-06-19 Global Gravity MEXMRS_1252 MEXMRS_2296 2007-06-20 Global Gravity MEXMRS_1253 MEXMRS_2218 2007-06-22 Global Gravity MEXMRS_1254 MEXMRS_2299 2007-06-22 Global Gravity MEXMRS_1257 MEXMRS_2219 2007-06-25 Global Gravity MEXMRS_1258 MEXMRS_2300 2007-06-29 Global Gravity MEXMRS_1259 MEXMRS_2301 2007-06-30 Global Gravity MEXMRS_1260 MEXMRS_2220 2007-06-30 Global Gravity MEXMRS_1261 MEXMRS_2350 2007-07-02 Global Gravity MEXMRS_1265 MEXMRS_2351 2007-07-08 Global Gravity MEXMRS_1267 MEXMRS_2363 2007-07-09 Global Gravity MEXMRS_1270 MEXMRS_2302 2007-07-15 Global Gravity MEXMRS_1271 MEXMRS_2303 2007-07-19 Global Gravity MEXMRS_1275 MEXMRS_2352 2007-07-27 Global Gravity MEXMRS_1277 MEXMRS_2353 2007-07-29 Global Gravity MEXMRS_1278 MEXMRS_2304 2007-08-01 Global Gravity MEXMRS_1279 MEXMRS_2305 2007-08-05 Global Gravity MEXMRS_1280 MEXMRS_2306 2007-08-07 Global Gravity MEXMRS_1282 MEXMRS_2308 2007-08-15 Global Gravity MEXMRS_1283 MEXMRS_2309 2007-08-17 Global Gravity MEXMRS_1284 MEXMRS_2310 2007-08-18 Global Gravity MEXMRS_1287 MEXMRS_2311 2007-08-24 Global Gravity MEXMRS_1288 MEXMRS_2312 2007-08-25 Global Gravity MEXMRS_1289 MEXMRS_2364 2007-08-27 Global Gravity MEXMRS_1290 MEXMRS_2365 2007-08-28 Target Gravity MEXMRS_1291 MEXMRS_2354 2007-08-28 Target Gravity MEXMRS_1292 MEXMRS_2313 2007-08-30 Global Gravity MEXMRS_1293 MEXMRS_2355 2007-08-30 Target Gravity MEXMRS_1294 MEXMRS_2366 2007-08-30 Global Gravity MEXMRS_1295 MEXMRS_2314 2007-08-31 Global Gravity MEXMRS_1297 MEXMRS_2367 2007-09-01 Target Gravity MEXMRS_1298 MEXMRS_2316 2007-09-02 Global Gravity MEXMRS_1299 MEXMRS_2315 2007-09-03 Global Gravity MEXMRS_1301 MEXMRS_2356 2007-09-05 Global Gravity MEXMRS_1302 MEXMRS_2325 2007-09-05 Global Gravity MEXMRS_1303 MEXMRS_2357 2007-09-07 Global Gravity MEXMRS_1304 MEXMRS_2326 2007-09-08 Global Gravity MEXMRS_1308 MEXMRS_2327 2007-09-11 Global Gravity MEXMRS_1312 MEXMRS_2319 2007-09-13 Global Gravity MEXMRS_1317 MEXMRS_2328 2007-09-18 Global Gravity MEXMRS_1318 MEXMRS_2329 2007-09-19 Global Gravity MEXMRS_1319 MEXMRS_2330 2007-09-19 Global Gravity MEXMRS_1320 MEXMRS_2358 2007-09-21 Global Gravity MEXMRS_1321 MEXMRS_2359 2007-09-21 Target Gravity MEXMRS_1322 MEXMRS_2331 2007-09-22 Global Gravity MEXMRS_1323 MEXMRS_2360 2007-09-22 Global Gravity MEXMRS_1324 MEXMRS_2332 2007-09-23 Global Gravity MEXMRS_1325 MEXMRS_2368 2007-09-23 Global Gravity MEXMRS_1328 MEXMRS_2221 2007-09-26 Global Gravity MEXMRS_1329 MEXMRS_2372 2007-09-28 Global Gravity MEXMRS_1331 MEXMRS_2222 2007-09-29 Target Gravity MEXMRS_1332 MEXMRS_2333 2007-09-29 Global Gravity MEXMRS_1334 MEXMRS_2223 2007-09-30 Global Gravity MEXMRS_1335 MEXMRS_2335 2007-10-01 Global Gravity MEXMRS_1338 MEXMRS_2336 2007-10-02 Global Gravity MEXMRS_1340 MEXMRS_2224 2007-10-03 Global Gravity MEXMRS_1341 MEXMRS_2225 2007-10-04 Global Gravity MEXMRS_1342 MEXMRS_2226 2007-10-05 Global Gravity MEXMRS_1344 MEXMRS_2227 2007-10-06 Global Gravity MEXMRS_1346 MEXMRS_2339 2007-10-08 Global Gravity MEXMRS_1349 MEXMRS_2228 2007-10-09 Global Gravity MEXMRS_1350 MEXMRS_2340 2007-10-10 Global Gravity MEXMRS_1353 MEXMRS_2229 2007-10-12 Global Gravity MEXMRS_1355 MEXMRS_2230 2007-10-13 Global Gravity MEXMRS_1356 MEXMRS_2231 2007-10-14 Global Gravity MEXMRS_1357 MEXMRS_2232 2007-10-15 Global Gravity MEXMRS_1358 MEXMRS_2341 2007-10-16 Global Gravity MEXMRS_1359 MEXMRS_2233 2007-10-16 Target Gravity MEXMRS_1362 MEXMRS_2343 2007-10-19 Global Gravity MEXMRS_1364 MEXMRS_2361 2007-10-20 Global Gravity MEXMRS_1366 MEXMRS_2234 2007-10-21 Global Gravity MEXMRS_1367 MEXMRS_1172 2007-05-20 Occultation MEXMRS_1368 MEXMRS_2235 2007-10-22 Global Gravity MEXMRS_1369 MEXMRS_2236 2007-10-23 Global Gravity MEXMRS_1370 MEXMRS_2237 2007-10-24 Global Gravity MEXMRS_1371 MEXMRS_2238 2007-10-28 Global Gravity MEXMRS_1372 MEXMRS_2239 2007-10-28 Target Gravity MEXMRS_1373 MEXMRS_2240 2007-10-29 Global Gravity MEXMRS_1374 MEXMRS_2241 2007-10-31 Global Gravity MEXMRS_1375 MEXMRS_2242 2007-11-10 Global Gravity MEXMRS_1376 MEXMRS_2243 2007-11-17 Global Gravity MEXMRS_1377 MEXMRS_2244 2007-11-18 Global Gravity MEXMRS_1378 MEXMRS_2245 2007-11-19 Global Gravity MEXMRS_1379 MEXMRS_2246 2007-11-20 Global Gravity MEXMRS_1380 MEXMRS_2247 2007-11-24 Global Gravity MEXMRS_1381 MEXMRS_2248 2007-11-25 Global Gravity MEXMRS_1382 MEXMRS_2249 2007-11-26 Global Gravity MEXMRS_1383 MEXMRS_2369 2007-11-27 Global Gravity MEXMRS_1384 MEXMRS_2250 2007-11-28 Global Gravity MEXMRS_1385 MEXMRS_2251 2007-11-29 Global Gravity MEXMRS_1387 MEXMRS_2252 2007-12-04 Global Gravity MEXMRS_1388 MEXMRS_2253 2007-12-05 Global Gravity MEXMRS_1389 MEXMRS_2254 2007-12-07 Global Gravity MEXMRS_1390 MEXMRS_2255 2007-12-11 Global Gravity MEXMRS_1391 MEXMRS_2256 2007-12-13 Global Gravity MEXMRS_1392 MEXMRS_2257 2007-12-14 Target Gravity MEXMRS_1393 MEXMRS_2258 2007-12-19 Global Gravity MEXMRS_1394 MEXMRS_2259 2007-12-19 Target Gravity MEXMRS_1395 MEXMRS_2370 2007-12-20 Global Gravity MEXMRS_1396 MEXMRS_2260 2007-12-21 Global Gravity MEXMRS_1397 MEXMRS_2261 2007-12-22 Global Gravity MEXMRS_1398 MEXMRS_2262 2007-12-23 Global Gravity MEXMRS_1399 MEXMRS_2263 2007-12-24 Global Gravity MEXMRS_1400 MEXMRS_2264 2007-12-27 Global Gravity MEXMRS_1404 MEXMRS_2470 2008-01-04 Global Gravity MEXMRS_1405 MEXMRS_2373 2008-01-05 Global Gravity MEXMRS_1406 MEXMRS_2374 2008-01-06 Global Gravity MEXMRS_1407 MEXMRS_2375 2008-01-07 Global Gravity MEXMRS_1408 MEXMRS_2376 2008-01-08 Global Gravity MEXMRS_1409 MEXMRS_2377 2008-01-09 Global Gravity MEXMRS_1410 MEXMRS_2471 2008-01-12 Target Gravity MEXMRS_1411 MEXMRS_2378 2008-01-12 Global Gravity MEXMRS_1412 MEXMRS_2379 2008-01-13 Global Gravity MEXMRS_1413 MEXMRS_2380 2008-01-14 Global Gravity MEXMRS_1414 MEXMRS_2381 2008-01-16 Global Gravity MEXMRS_1415 MEXMRS_2382 2008-01-17 Target Gravity MEXMRS_1416 MEXMRS_2383 2008-01-17 Global Gravity MEXMRS_1417 MEXMRS_2384 2008-01-21 Global Gravity MEXMRS_1418 MEXMRS_2385 2008-01-22 Global Gravity MEXMRS_1419 MEXMRS_2454 2008-01-23 Global Gravity MEXMRS_1420 MEXMRS_2386 2008-01-24 Global Gravity MEXMRS_1421 MEXMRS_4013 2008-01-24 Bistatic Radar MEXMRS_1422 MEXMRS_4014 2008-02-02 Bistatic Radar MEXMRS_1423 MEXMRS_4015 2008-02-08 Bistatic Radar MEXMRS_1425 MEXMRS_2387 2008-02-10 Global Gravity MEXMRS_1426 MEXMRS_2388 2008-02-13 Global Gravity MEXMRS_1427 MEXMRS_2389 2008-02-14 Global Gravity MEXMRS_1428 MEXMRS_2390 2008-02-15 Global Gravity MEXMRS_1429 MEXMRS_2391 2008-02-16 Global Gravity MEXMRS_1430 MEXMRS_2392 2008-02-17 Global Gravity MEXMRS_1431 MEXMRS_2393 2008-02-18 Global Gravity MEXMRS_1432 MEXMRS_2394 2008-02-21 Global Gravity MEXMRS_1433 MEXMRS_2395 2008-02-22 Global Gravity MEXMRS_1434 MEXMRS_4016 2008-02-23 Bistatic Radar MEXMRS_1435 MEXMRS_2396 2008-02-24 Global Gravity MEXMRS_1436 MEXMRS_2397 2008-02-25 Global Gravity MEXMRS_1437 MEXMRS_2455 2008-02-26 Target Gravity MEXMRS_1438 MEXMRS_4017 2008-02-29 Bistatic Radar MEXMRS_1439 MEXMRS_2456 2008-03-01 Target Gravity MEXMRS_1440 MEXMRS_2398 2008-03-01 Global Gravity MEXMRS_1441 MEXMRS_2399 2008-03-02 Global Gravity MEXMRS_1442 MEXMRS_2400 2008-03-02 Target Gravity MEXMRS_1443 MEXMRS_2401 2008-03-03 Global Gravity MEXMRS_1444 MEXMRS_2457 2008-03-04 Global Gravity MEXMRS_1445 MEXMRS_2402 2008-03-05 Global Gravity MEXMRS_1446 MEXMRS_2403 2008-03-08 Global Gravity MEXMRS_1447 MEXMRS_2458 2008-03-09 Global Gravity MEXMRS_1448 MEXMRS_2459 2008-03-10 Global Gravity MEXMRS_1449 MEXMRS_2528 2008-03-11 Global Gravity MEXMRS_1450 MEXMRS_2460 2008-03-12 Global Gravity MEXMRS_1452 MEXMRS_2404 2008-03-13 Global Gravity MEXMRS_1453 MEXMRS_2405 2008-03-14 Global Gravity MEXMRS_1454 MEXMRS_2406 2008-03-15 Global Gravity MEXMRS_1455 MEXMRS_2407 2008-03-16 Global Gravity MEXMRS_1456 MEXMRS_2408 2008-03-17 Target Gravity MEXMRS_1457 MEXMRS_2416 2008-03-17 Global Gravity MEXMRS_1458 MEXMRS_2409 2008-03-18 Global Gravity MEXMRS_1459 MEXMRS_2410 2008-03-19 Target Gravity MEXMRS_1460 MEXMRS_2411 2008-03-19 Global Gravity MEXMRS_1461 MEXMRS_2412 2008-03-20 Global Gravity MEXMRS_1462 MEXMRS_2413 2008-03-21 Global Gravity MEXMRS_1463 MEXMRS_4018 2008-03-23 Bistatic Radar MEXMRS_1464 MEXMRS_2414 2008-03-24 Global Gravity MEXMRS_1465 MEXMRS_2461 2008-03-25 Global Gravity MEXMRS_1466 MEXMRS_2415 2008-03-26 Global Gravity MEXMRS_1467 MEXMRS_2462 2008-03-27 Global Gravity MEXMRS_1468 MEXMRS_2417 2008-03-28 Global Gravity MEXMRS_1469 MEXMRS_2418 2008-03-29 Global Gravity MEXMRS_1470 MEXMRS_2419 2008-03-30 Global Gravity MEXMRS_1471 MEXMRS_2420 2008-03-31 Global Gravity MEXMRS_1472 MEXMRS_2421 2008-04-01 Global Gravity MEXMRS_1474 MEXMRS_1131 2008-06-21 Occultation MEXMRS_1475 MEXMRS_1132 2008-06-22 Occultation MEXMRS_1476 MEXMRS_1183 2008-06-22 Occultation MEXMRS_1477 MEXMRS_1182 2008-06-23 Occultation MEXMRS_1478 MEXMRS_1133 2008-06-24 Occultation MEXMRS_1479 MEXMRS_1134 2008-06-26 Occultation MEXMRS_1480 MEXMRS_1135 2008-06-27 Occultation MEXMRS_1481 MEXMRS_1136 2008-06-28 Occultation MEXMRS_1482 MEXMRS_1137 2008-06-29 Occultation MEXMRS_1483 MEXMRS_1138 2008-06-30 Occultation MEXMRS_1485 MEXMRS_4019 2008-07-03 Bistatic Radar MEXMRS_1486 MEXMRS_1139 2008-07-04 Occultation MEXMRS_1488 MEXMRS_1184 2008-07-05 Occultation MEXMRS_1489 MEXMRS_1140 2008-07-06 Occultation MEXMRS_1490 MEXMRS_1141 2008-07-07 Occultation MEXMRS_1491 MEXMRS_1142 2008-07-11 Occultation MEXMRS_1492 MEXMRS_1185 2008-07-12 Occultation MEXMRS_1493 MEXMRS_1186 2008-07-12 Occultation MEXMRS_1494 MEXMRS_1143 2008-07-13 Occultation MEXMRS_1495 MEXMRS_1144 2008-07-13 Occultation MEXMRS_1496 MEXMRS_1187 2008-07-13 Occultation MEXMRS_1497 MEXMRS_6002 2008-07-17 Phobos Gravity MEXMRS_1498 MEXMRS_1188 2008-07-20 Occultation MEXMRS_1499 MEXMRS_1145 2008-07-21 Occultation MEXMRS_1500 MEXMRS_1189 2008-07-25 Occultation MEXMRS_1501 MEXMRS_1190 2008-07-26 Occultation MEXMRS_1502 MEXMRS_1146 2008-07-27 Occultation MEXMRS_1503 MEXMRS_1147 2008-07-27 Occultation MEXMRS_1504 MEXMRS_2422 2008-08-01 Global Gravity MEXMRS_1505 MEXMRS_1191 2008-08-01 Occultation MEXMRS_1506 MEXMRS_2472 2008-08-01 Global Gravity MEXMRS_1507 MEXMRS_2423 2008-08-02 Global Gravity MEXMRS_1508 MEXMRS_1148 2008-08-02 Occultation MEXMRS_1509 MEXMRS_1192 2008-08-02 Occultation MEXMRS_1510 MEXMRS_1193 2008-08-02 Occultation MEXMRS_1511 MEXMRS_1149 2008-08-03 Occultation MEXMRS_1512 MEXMRS_2463 2008-08-03 Global Gravity MEXMRS_1513 MEXMRS_1194 2008-08-03 Occultation MEXMRS_1514 MEXMRS_2464 2008-08-04 Global Gravity MEXMRS_1515 MEXMRS_2465 2008-08-05 Global Gravity MEXMRS_1516 MEXMRS_1195 2008-08-05 Occultation MEXMRS_1517 MEXMRS_2466 2008-08-07 Global Gravity MEXMRS_1518 MEXMRS_1150 2008-08-07 Occultation MEXMRS_1519 MEXMRS_1151 2008-08-08 Occultation MEXMRS_1520 MEXMRS_1152 2008-08-08 Occultation MEXMRS_1521 MEXMRS_2473 2008-08-08 Global Gravity MEXMRS_1522 MEXMRS_1196 2008-08-08 Occultation MEXMRS_1523 MEXMRS_1153 2008-08-09 Occultation MEXMRS_1524 MEXMRS_2424 2008-08-09 Global Gravity MEXMRS_1525 MEXMRS_1197 2008-08-09 Occultation MEXMRS_1526 MEXMRS_2474 2008-08-09 Global Gravity MEXMRS_1527 MEXMRS_2467 2008-08-10 Global Gravity MEXMRS_1528 MEXMRS_1154 2008-08-10 Occultation MEXMRS_1529 MEXMRS_2468 2008-08-11 Global Gravity MEXMRS_1530 MEXMRS_1155 2008-08-11 Occultation MEXMRS_1531 MEXMRS_1198 2008-08-11 Occultation MEXMRS_1532 MEXMRS_1156 2008-08-13 Occultation MEXMRS_1533 MEXMRS_2469 2008-08-13 Global Gravity MEXMRS_1534 MEXMRS_2425 2008-08-16 Global Gravity MEXMRS_1535 MEXMRS_1157 2008-08-16 Occultation MEXMRS_1536 MEXMRS_2475 2008-08-16 Global Gravity MEXMRS_1537 MEXMRS_1158 2008-08-17 Occultation MEXMRS_1538 MEXMRS_2426 2008-08-17 Global Gravity MEXMRS_1539 MEXMRS_1199 2008-08-17 Occultation MEXMRS_1540 MEXMRS_2427 2008-08-18 Global Gravity MEXMRS_1541 MEXMRS_4020 2008-08-18 Bistatic Radar MEXMRS_1542 MEXMRS_2428 2008-08-19 Global Gravity MEXMRS_1543 MEXMRS_2429 2008-08-20 Global Gravity MEXMRS_1544 MEXMRS_2430 2008-08-24 Global Gravity MEXMRS_1545 MEXMRS_2476 2008-08-24 Global Gravity MEXMRS_1546 MEXMRS_2431 2008-08-25 Global Gravity MEXMRS_1547 MEXMRS_2432 2008-08-27 Global Gravity MEXMRS_1548 MEXMRS_2477 2008-08-27 Global Gravity MEXMRS_1549 MEXMRS_1200 2008-08-27 Occultation MEXMRS_1551 MEXMRS_2478 2008-08-28 Global Gravity MEXMRS_1552 MEXMRS_1201 2008-08-28 Occultation MEXMRS_1553 MEXMRS_2433 2008-08-29 Global Gravity MEXMRS_1554 MEXMRS_1159 2008-08-29 Occultation MEXMRS_1555 MEXMRS_2489 2008-08-30 Global Gravity MEXMRS_1556 MEXMRS_2434 2008-08-31 Global Gravity MEXMRS_1558 MEXMRS_2435 2008-09-02 Global Gravity MEXMRS_1559 MEXMRS_1160 2008-09-02 Occultation MEXMRS_1560 MEXMRS_2479 2008-09-03 Global Gravity MEXMRS_1561 MEXMRS_2480 2008-09-05 Global Gravity MEXMRS_1562 MEXMRS_2481 2008-09-06 Global Gravity MEXMRS_1563 MEXMRS_2482 2008-09-07 Global Gravity MEXMRS_1564 MEXMRS_1161 2008-09-08 Occultation MEXMRS_1565 MEXMRS_1202 2008-09-08 Occultation MEXMRS_1566 MEXMRS_2483 2008-09-09 Global Gravity MEXMRS_1567 MEXMRS_1203 2008-09-10 Occultation MEXMRS_1568 MEXMRS_2436 2008-09-12 Global Gravity MEXMRS_1569 MEXMRS_1204 2008-09-12 Occultation MEXMRS_1570 MEXMRS_2484 2008-09-13 Global Gravity MEXMRS_1571 MEXMRS_1205 2008-09-13 Occultation MEXMRS_1572 MEXMRS_2437 2008-09-14 Global Gravity MEXMRS_1573 MEXMRS_1206 2008-09-14 Occultation MEXMRS_1574 MEXMRS_2485 2008-09-14 Global Gravity MEXMRS_1575 MEXMRS_1207 2008-09-15 Occultation MEXMRS_1576 MEXMRS_2438 2008-09-16 Global Gravity MEXMRS_1577 MEXMRS_2486 2008-09-16 Global Gravity MEXMRS_1578 MEXMRS_2487 2008-09-17 Global Gravity MEXMRS_1580 MEXMRS_2439 2008-09-18 Global Gravity MEXMRS_1581 MEXMRS_2488 2008-09-19 Global Gravity MEXMRS_1582 MEXMRS_1208 2008-09-19 Occultation MEXMRS_1584 MEXMRS_2490 2008-09-22 Global Gravity MEXMRS_1586 MEXMRS_1209 2008-09-23 Occultation MEXMRS_1587 MEXMRS_2440 2008-09-25 Global Gravity MEXMRS_1588 MEXMRS_2441 2008-09-27 Global Gravity MEXMRS_1590 MEXMRS_2491 2008-09-30 Global Gravity MEXMRS_1591 MEXMRS_2492 2008-10-01 Global Gravity MEXMRS_1592 MEXMRS_2493 2008-10-02 Global Gravity MEXMRS_1593 MEXMRS_2442 2008-10-03 Global Gravity MEXMRS_1596 MEXMRS_2443 2008-10-06 Global Gravity MEXMRS_1597 MEXMRS_2494 2008-10-14 Global Gravity MEXMRS_1598 MEXMRS_2495 2008-10-18 Global Gravity MEXMRS_1599 MEXMRS_2444 2008-10-19 Global Gravity MEXMRS_1600 MEXMRS_2496 2008-10-19 Global Gravity MEXMRS_1601 MEXMRS_2445 2008-10-20 Global Gravity MEXMRS_1602 MEXMRS_2446 2008-10-23 Global Gravity MEXMRS_1604 MEXMRS_2447 2008-10-25 Global Gravity MEXMRS_1605 MEXMRS_2448 2008-10-26 Global Gravity MEXMRS_1606 MEXMRS_2449 2008-10-26 Global Gravity MEXMRS_1608 MEXMRS_2450 2008-10-27 Global Gravity MEXMRS_1610 MEXMRS_2451 2008-10-29 Global Gravity MEXMRS_1611 MEXMRS_2452 2008-10-30 Global Gravity MEXMRS_1612 MEXMRS_2453 2008-10-30 Global Gravity MEXMRS_1613 MEXMRS_3035 2008-11-01 Solar Conjunction MEXMRS_1616 MEXMRS_3036 2008-11-02 Solar Conjunction MEXMRS_1618 MEXMRS_3037 2008-11-03 Solar Conjunction MEXMRS_1622 MEXMRS_3038 2008-11-06 Solar Conjunction MEXMRS_1623 MEXMRS_3039 2008-11-07 Solar Conjunction MEXMRS_1624 MEXMRS_3040 2008-11-08 Solar Conjunction MEXMRS_1625 MEXMRS_3045 2008-11-08 Solar Conjunction MEXMRS_1626 MEXMRS_3068 2008-11-09 Solar Conjunction MEXMRS_1631 MEXMRS_3069 2008-11-14 Solar Conjunction MEXMRS_1632 MEXMRS_3067 2008-11-15 Solar Conjunction MEXMRS_1633 MEXMRS_3041 2008-11-15 Solar Conjunction MEXMRS_1635 MEXMRS_3042 2008-11-16 Solar Conjunction MEXMRS_1636 MEXMRS_3043 2008-11-16 Solar Conjunction MEXMRS_1638 MEXMRS_3046 2008-11-17 Solar Conjunction MEXMRS_1640 MEXMRS_3081 2008-11-20 Solar Conjunction MEXMRS_1642 MEXMRS_3082 2008-11-21 Solar Conjunction MEXMRS_1643 MEXMRS_3044 2008-11-21 Solar Conjunction MEXMRS_1644 MEXMRS_3083 2008-11-22 Solar Conjunction MEXMRS_1646 MEXMRS_3084 2008-11-23 Solar Conjunction MEXMRS_1648 MEXMRS_3085 2008-11-24 Solar Conjunction MEXMRS_1650 MEXMRS_3086 2008-11-25 Solar Conjunction MEXMRS_1652 MEXMRS_3087 2008-11-26 Solar Conjunction MEXMRS_1653 MEXMRS_3088 2008-11-26 Solar Conjunction MEXMRS_1656 MEXMRS_3080 2008-11-27 Solar Conjunction MEXMRS_1658 MEXMRS_3090 2008-11-28 Solar Conjunction MEXMRS_1660 MEXMRS_3091 2008-11-29 Solar Conjunction MEXMRS_1661 MEXMRS_3092 2008-11-29 Solar Conjunction MEXMRS_1662 MEXMRS_3070 2008-11-30 Solar Conjunction MEXMRS_1663 MEXMRS_3093 2008-11-30 Solar Conjunction MEXMRS_1677 MEXMRS_3061 2008-12-07 Solar Conjunction MEXMRS_1680 MEXMRS_3062 2008-12-09 Solar Conjunction MEXMRS_1682 MEXMRS_3063 2008-12-10 Solar Conjunction MEXMRS_1684 MEXMRS_3064 2008-12-11 Solar Conjunction MEXMRS_1688 MEXMRS_3073 2008-12-14 Solar Conjunction MEXMRS_1690 MEXMRS_3074 2008-12-14 Solar Conjunction MEXMRS_1697 MEXMRS_3066 2008-12-17 Solar Conjunction MEXMRS_1699 MEXMRS_3075 2008-12-18 Solar Conjunction MEXMRS_1701 MEXMRS_3076 2008-12-19 Solar Conjunction MEXMRS_1702 MEXMRS_3052 2008-12-21 Solar Conjunction MEXMRS_1705 MEXMRS_3053 2008-12-22 Solar Conjunction MEXMRS_1707 MEXMRS_3077 2008-12-23 Solar Conjunction MEXMRS_1709 MEXMRS_3054 2008-12-24 Solar Conjunction MEXMRS_1710 MEXMRS_3078 2008-12-25 Solar Conjunction MEXMRS_1712 MEXMRS_3055 2008-12-25 Solar Conjunction MEXMRS_1713 MEXMRS_3056 2008-12-26 Solar Conjunction MEXMRS_1714 MEXMRS_3065 2008-12-26 Solar Conjunction MEXMRS_1715 MEXMRS_3057 2008-12-27 Solar Conjunction MEXMRS_1717 MEXMRS_3058 2008-12-28 Solar Conjunction MEXMRS_1718 MEXMRS_3079 2008-12-28 Solar Conjunction MEXMRS_1720 MEXMRS_3059 2008-12-28 Solar Conjunction MEXMRS_1723 MEXMRS_3060 2008-12-29 Solar Conjunction MEXMRS_1758 MEXMRS_2497 2009-01-16 Global Gravity MEXMRS_1764 MEXMRS_2498 2009-01-19 Global Gravity MEXMRS_1767 MEXMRS_2502 2009-01-20 Global Gravity MEXMRS_1768 MEXMRS_2503 2009-01-21 Global Gravity MEXMRS_1770 MEXMRS_2499 2009-01-22 Global Gravity MEXMRS_1772 MEXMRS_2500 2009-01-22 Global Gravity MEXMRS_1773 MEXMRS_2501 2009-01-23 Global Gravity MEXMRS_1774 MEXMRS_2504 2009-01-23 Global Gravity MEXMRS_1775 MEXMRS_2505 2009-01-24 Global Gravity MEXMRS_1777 MEXMRS_2506 2009-01-24 Global Gravity MEXMRS_1783 MEXMRS_2507 2009-01-27 Global Gravity MEXMRS_1787 MEXMRS_2508 2009-01-29 Global Gravity MEXMRS_1788 MEXMRS_1210 2009-01-29 Occultation MEXMRS_1789 MEXMRS_1211 2009-01-29 Occultation MEXMRS_1792 MEXMRS_2509 2009-01-30 Global Gravity MEXMRS_1793 MEXMRS_1212 2009-01-31 Occultation MEXMRS_1795 MEXMRS_1213 2009-01-31 Occultation MEXMRS_1798 MEXMRS_1214 2009-02-02 Occultation MEXMRS_1804 MEXMRS_2510 2009-02-05 Global Gravity MEXMRS_1807 MEXMRS_2511 2009-02-06 Global Gravity MEXMRS_1808 MEXMRS_1215 2009-02-06 Occultation MEXMRS_1812 MEXMRS_1216 2009-02-07 Occultation MEXMRS_1815 MEXMRS_1217 2009-02-08 Occultation MEXMRS_1819 MEXMRS_1218 2009-02-09 Occultation MEXMRS_1823 MEXMRS_1219 2009-02-11 Occultation MEXMRS_1826 MEXMRS_1220 2009-02-12 Occultation MEXMRS_1827 MEXMRS_1221 2009-02-13 Occultation MEXMRS_1828 MEXMRS_1222 2009-02-14 Occultation MEXMRS_1830 MEXMRS_1223 2009-02-15 Occultation MEXMRS_1831 MEXMRS_2512 2009-02-15 Global Gravity MEXMRS_1832 MEXMRS_1224 2009-02-15 Occultation MEXMRS_1833 MEXMRS_1225 2009-02-16 Occultation MEXMRS_1837 MEXMRS_1226 2009-02-21 Occultation MEXMRS_1839 MEXMRS_1227 2009-02-23 Occultation MEXMRS_1841 MEXMRS_1228 2009-02-24 Occultation MEXMRS_1843 MEXMRS_1229 2009-02-26 Occultation MEXMRS_1844 MEXMRS_1230 2009-02-27 Occultation MEXMRS_1848 MEXMRS_2513 2009-03-05 Global Gravity MEXMRS_1849 MEXMRS_1231 2009-03-05 Occultation MEXMRS_1851 MEXMRS_2514 2009-03-06 Global Gravity MEXMRS_1852 MEXMRS_1232 2009-03-06 Occultation MEXMRS_1853 MEXMRS_2006 2006-01-19 Global Gravity MEXMRS_1856 MEXMRS_1233 2009-03-08 Occultation MEXMRS_1857 MEXMRS_2515 2009-03-08 Global Gravity MEXMRS_1859 MEXMRS_2516 2009-03-10 Global Gravity MEXMRS_1861 MEXMRS_2517 2009-03-15 Global Gravity MEXMRS_1863 MEXMRS_2518 2009-03-17 Global Gravity MEXMRS_1865 MEXMRS_2519 2009-03-18 Global Gravity MEXMRS_1866 MEXMRS_2520 2009-03-20 Global Gravity MEXMRS_1868 MEXMRS_2521 2009-03-21 Global Gravity MEXMRS_1870 MEXMRS_2522 2009-03-22 Global Gravity MEXMRS_1873 MEXMRS_2523 2009-03-23 Global Gravity MEXMRS_1876 MEXMRS_2524 2009-03-25 Global Gravity MEXMRS_1877 MEXMRS_2525 2009-03-27 Global Gravity MEXMRS_1878 MEXMRS_2526 2009-03-28 Global Gravity MEXMRS_1879 MEXMRS_2527 2009-03-29 Global Gravity MEXMRS_1880 MEXMRS_2529 2009-03-30 Global Gravity MEXMRS_1882 MEXMRS_2530 2009-03-31 Global Gravity MEXMRS_1883 MEXMRS_2531 2009-04-02 Global Gravity MEXMRS_1884 MEXMRS_2532 2009-04-03 Global Gravity MEXMRS_1885 MEXMRS_2533 2009-04-04 Global Gravity MEXMRS_1886 MEXMRS_2534 2009-04-04 Global Gravity MEXMRS_1887 MEXMRS_2535 2009-04-05 Global Gravity MEXMRS_1889 MEXMRS_2536 2009-04-05 Global Gravity MEXMRS_1891 MEXMRS_2537 2009-04-08 Global Gravity MEXMRS_1892 MEXMRS_2538 2009-04-09 Global Gravity MEXMRS_1895 MEXMRS_2539 2009-04-11 Global Gravity MEXMRS_1897 MEXMRS_2540 2009-04-12 Global Gravity MEXMRS_1898 MEXMRS_2541 2009-04-13 Global Gravity MEXMRS_1900 MEXMRS_2542 2009-04-13 Global Gravity MEXMRS_1901 MEXMRS_2543 2009-04-15 Global Gravity MEXMRS_1902 MEXMRS_2544 2009-04-16 Global Gravity MEXMRS_1903 MEXMRS_2545 2009-04-17 Global Gravity MEXMRS_1904 MEXMRS_2546 2009-04-18 Global Gravity MEXMRS_1906 MEXMRS_2547 2009-04-20 Global Gravity MEXMRS_1907 MEXMRS_2548 2009-04-21 Global Gravity MEXMRS_1912 MEXMRS_2549 2009-04-27 Global Gravity MEXMRS_1913 MEXMRS_2550 2009-04-27 Global Gravity MEXMRS_1915 MEXMRS_2551 2009-04-28 Global Gravity MEXMRS_1916 MEXMRS_2552 2009-04-29 Global Gravity MEXMRS_1917 MEXMRS_2553 2009-04-30 Global Gravity MEXMRS_1919 MEXMRS_2554 2009-05-01 Global Gravity MEXMRS_1920 MEXMRS_2555 2009-05-02 Global Gravity MEXMRS_1921 MEXMRS_2556 2009-05-03 Global Gravity MEXMRS_1923 MEXMRS_2557 2009-05-06 Global Gravity MEXMRS_1924 MEXMRS_2558 2009-05-07 Global Gravity MEXMRS_1925 MEXMRS_2559 2009-05-08 Global Gravity MEXMRS_1926 MEXMRS_2560 2009-05-08 Global Gravity MEXMRS_1927 MEXMRS_2561 2009-05-09 Global Gravity MEXMRS_1928 MEXMRS_2562 2009-05-10 Global Gravity MEXMRS_1929 MEXMRS_2563 2009-05-10 Global Gravity MEXMRS_1930 MEXMRS_2564 2009-05-12 Global Gravity MEXMRS_1931 MEXMRS_2565 2009-05-12 Global Gravity MEXMRS_1932 MEXMRS_2566 2009-05-13 Global Gravity MEXMRS_1933 MEXMRS_2567 2009-05-15 Global Gravity MEXMRS_1934 MEXMRS_2568 2009-05-15 Global Gravity MEXMRS_1935 MEXMRS_2569 2009-05-16 Global Gravity MEXMRS_1936 MEXMRS_2570 2009-05-17 Global Gravity MEXMRS_1937 MEXMRS_2571 2009-05-17 Global Gravity MEXMRS_1938 MEXMRS_2572 2009-05-18 Global Gravity MEXMRS_1939 MEXMRS_2573 2009-05-19 Global Gravity MEXMRS_1940 MEXMRS_2574 2009-05-19 Global Gravity MEXMRS_1941 MEXMRS_2575 2009-05-20 Global Gravity MEXMRS_1943 MEXMRS_2576 2009-05-21 Global Gravity MEXMRS_1944 MEXMRS_2577 2009-05-21 Global Gravity MEXMRS_1945 MEXMRS_2578 2009-05-23 Global Gravity MEXMRS_1946 MEXMRS_2579 2009-05-23 Global Gravity MEXMRS_1948 MEXMRS_2580 2009-05-25 Global Gravity MEXMRS_1950 MEXMRS_2581 2009-05-27 Global Gravity MEXMRS_1951 MEXMRS_2582 2009-05-27 Global Gravity MEXMRS_1953 MEXMRS_2583 2009-05-29 Global Gravity MEXMRS_1954 MEXMRS_2584 2009-05-29 Global Gravity MEXMRS_1955 MEXMRS_2585 2009-05-31 Global Gravity MEXMRS_1956 MEXMRS_2608 2009-05-31 Global Gravity MEXMRS_1957 MEXMRS_2586 2009-06-02 Global Gravity MEXMRS_1959 MEXMRS_2587 2009-06-02 Global Gravity MEXMRS_1961 MEXMRS_2588 2009-06-03 Global Gravity MEXMRS_1962 MEXMRS_2589 2009-06-04 Global Gravity MEXMRS_1963 MEXMRS_2590 2009-06-05 Global Gravity MEXMRS_1964 MEXMRS_2591 2009-06-05 Global Gravity MEXMRS_1965 MEXMRS_2592 2009-06-07 Global Gravity MEXMRS_1967 MEXMRS_2593 2009-06-07 Global Gravity MEXMRS_1968 MEXMRS_2594 2009-06-09 Global Gravity MEXMRS_1970 MEXMRS_2595 2009-06-09 Global Gravity MEXMRS_1971 MEXMRS_2596 2009-06-10 Global Gravity MEXMRS_1972 MEXMRS_2597 2009-06-11 Global Gravity MEXMRS_1973 MEXMRS_2598 2009-06-11 Global Gravity MEXMRS_1974 MEXMRS_2599 2009-06-12 Global Gravity MEXMRS_1975 MEXMRS_2600 2009-06-12 Global Gravity MEXMRS_1976 MEXMRS_2601 2009-06-13 Global Gravity MEXMRS_1977 MEXMRS_2602 2009-06-13 Global Gravity MEXMRS_1978 MEXMRS_2603 2009-06-15 Global Gravity MEXMRS_1979 MEXMRS_2604 2009-06-16 Global Gravity MEXMRS_1980 MEXMRS_2605 2009-06-16 Global Gravity MEXMRS_1981 MEXMRS_2606 2009-06-17 Global Gravity MEXMRS_1982 MEXMRS_2607 2009-06-18 Global Gravity MEXMRS_1984 MEXMRS_2609 2009-06-20 Global Gravity MEXMRS_1985 MEXMRS_2610 2009-06-21 Global Gravity MEXMRS_1986 MEXMRS_2611 2009-06-21 Global Gravity MEXMRS_1987 MEXMRS_2612 2009-06-23 Global Gravity MEXMRS_1988 MEXMRS_2613 2009-06-23 Global Gravity MEXMRS_1989 MEXMRS_2614 2009-06-24 Global Gravity MEXMRS_1990 MEXMRS_2615 2009-06-26 Global Gravity MEXMRS_1992 MEXMRS_2616 2009-06-26 Global Gravity MEXMRS_1993 MEXMRS_2617 2009-06-27 Global Gravity MEXMRS_1995 MEXMRS_2618 2009-06-28 Global Gravity MEXMRS_1996 MEXMRS_2619 2009-06-28 Global Gravity MEXMRS_1997 MEXMRS_2620 2009-06-29 Global Gravity MEXMRS_1998 MEXMRS_2621 2009-06-30 Global Gravity MEXMRS_1999 MEXMRS_2622 2009-06-30 Global Gravity MEXMRS_2000 MEXMRS_2623 2009-07-02 Global Gravity MEXMRS_2001 MEXMRS_2624 2009-07-03 Global Gravity MEXMRS_2003 MEXMRS_2625 2009-07-03 Global Gravity MEXMRS_2005 MEXMRS_2626 2009-07-04 Global Gravity MEXMRS_2006 MEXMRS_2627 2009-07-05 Global Gravity MEXMRS_2007 MEXMRS_2628 2009-07-05 Global Gravity MEXMRS_2009 MEXMRS_2629 2009-07-07 Global Gravity MEXMRS_2010 MEXMRS_2630 2009-07-08 Global Gravity MEXMRS_2011 MEXMRS_2631 2009-07-08 Global Gravity MEXMRS_2012 MEXMRS_2632 2009-07-09 Global Gravity MEXMRS_2013 MEXMRS_2633 2009-07-10 Global Gravity MEXMRS_2014 MEXMRS_2634 2009-07-10 Global Gravity MEXMRS_2015 MEXMRS_2635 2009-07-11 Global Gravity MEXMRS_2016 MEXMRS_2636 2009-07-12 Global Gravity MEXMRS_2018 MEXMRS_2637 2009-07-13 Global Gravity MEXMRS_2021 MEXMRS_2638 2009-07-14 Global Gravity MEXMRS_2022 MEXMRS_2639 2009-07-15 Global Gravity MEXMRS_2026 MEXMRS_2640 2009-07-18 Global Gravity MEXMRS_2028 MEXMRS_2641 2009-07-20 Global Gravity MEXMRS_2029 MEXMRS_2642 2009-07-22 Global Gravity MEXMRS_2030 MEXMRS_2643 2009-07-23 Global Gravity MEXMRS_2031 MEXMRS_2644 2009-07-24 Global Gravity MEXMRS_2034 MEXMRS_2645 2009-07-25 Global Gravity MEXMRS_2035 MEXMRS_2646 2009-07-26 Global Gravity MEXMRS_2037 MEXMRS_2647 2009-07-29 Global Gravity MEXMRS_2038 MEXMRS_2648 2009-07-29 Global Gravity MEXMRS_2039 MEXMRS_2649 2009-07-30 Global Gravity MEXMRS_2041 MEXMRS_2650 2009-07-31 Global Gravity MEXMRS_2042 MEXMRS_2651 2009-08-01 Global Gravity MEXMRS_2043 MEXMRS_2652 2009-08-02 Global Gravity MEXMRS_2044 MEXMRS_2653 2009-08-02 Global Gravity MEXMRS_2045 MEXMRS_2654 2009-08-03 Global Gravity MEXMRS_2046 MEXMRS_2655 2009-08-04 Global Gravity MEXMRS_2048 MEXMRS_2656 2009-08-06 Global Gravity MEXMRS_2049 MEXMRS_2657 2009-08-07 Global Gravity MEXMRS_2050 MEXMRS_2658 2009-08-08 Global Gravity MEXMRS_2051 MEXMRS_2659 2009-08-08 Global Gravity MEXMRS_2055 MEXMRS_2660 2009-08-11 Global Gravity MEXMRS_2057 MEXMRS_2661 2009-08-13 Global Gravity MEXMRS_2058 MEXMRS_2662 2009-08-14 Global Gravity MEXMRS_2060 MEXMRS_2663 2009-08-15 Global Gravity MEXMRS_2063 MEXMRS_2664 2009-08-16 Global Gravity MEXMRS_2067 MEXMRS_2665 2009-08-20 Global Gravity MEXMRS_2069 MEXMRS_2666 2009-08-22 Global Gravity MEXMRS_2071 MEXMRS_2667 2009-08-23 Global Gravity MEXMRS_2073 MEXMRS_2668 2009-08-25 Global Gravity MEXMRS_2074 MEXMRS_2669 2009-08-25 Global Gravity MEXMRS_2075 MEXMRS_2670 2009-08-27 Global Gravity MEXMRS_2076 MEXMRS_2671 2009-08-27 Global Gravity MEXMRS_2079 MEXMRS_2672 2009-08-29 Global Gravity MEXMRS_2081 MEXMRS_2673 2009-09-01 Global Gravity MEXMRS_2082 MEXMRS_2674 2009-09-02 Global Gravity MEXMRS_2084 MEXMRS_2675 2009-09-03 Global Gravity MEXMRS_2085 MEXMRS_2676 2009-09-04 Global Gravity MEXMRS_2087 MEXMRS_2677 2009-09-04 Global Gravity MEXMRS_2090 MEXMRS_2678 2009-09-05 Global Gravity MEXMRS_2091 MEXMRS_2679 2009-09-06 Global Gravity MEXMRS_2093 MEXMRS_2680 2009-09-08 Global Gravity MEXMRS_2095 MEXMRS_2681 2009-09-10 Global Gravity MEXMRS_2097 MEXMRS_2682 2009-09-10 Global Gravity MEXMRS_2098 MEXMRS_2683 2009-09-11 Global Gravity MEXMRS_2099 MEXMRS_2684 2009-09-12 Global Gravity MEXMRS_2100 MEXMRS_2685 2009-09-12 Global Gravity MEXMRS_2102 MEXMRS_2686 2009-09-14 Global Gravity MEXMRS_2103 MEXMRS_2688 2009-09-15 Global Gravity MEXMRS_2104 MEXMRS_2689 2009-09-16 Global Gravity MEXMRS_2105 MEXMRS_2690 2009-09-17 Global Gravity MEXMRS_2106 MEXMRS_2691 2009-09-18 Global Gravity MEXMRS_2107 MEXMRS_2692 2009-09-18 Global Gravity MEXMRS_2108 MEXMRS_2693 2009-09-19 Global Gravity MEXMRS_2111 MEXMRS_2694 2009-09-21 Global Gravity MEXMRS_2112 MEXMRS_1234 2009-09-21 Occultation MEXMRS_2114 MEXMRS_2695 2009-09-22 Global Gravity MEXMRS_2115 MEXMRS_2696 2009-09-22 Global Gravity MEXMRS_2118 MEXMRS_2697 2009-09-24 Global Gravity MEXMRS_2120 MEXMRS_2698 2009-09-25 Global Gravity MEXMRS_2124 MEXMRS_2699 2009-09-27 Global Gravity MEXMRS_2126 MEXMRS_2700 2009-09-27 Global Gravity MEXMRS_2128 MEXMRS_2701 2009-09-29 Global Gravity MEXMRS_2129 MEXMRS_2702 2009-09-29 Global Gravity MEXMRS_2132 MEXMRS_2703 2009-10-01 Global Gravity MEXMRS_2135 MEXMRS_2704 2009-10-01 Global Gravity MEXMRS_2138 MEXMRS_2705 2009-10-03 Global Gravity MEXMRS_2140 MEXMRS_2706 2009-10-03 Global Gravity MEXMRS_2145 MEXMRS_2707 2009-10-05 Global Gravity MEXMRS_2147 MEXMRS_2708 2009-10-05 Global Gravity MEXMRS_2151 MEXMRS_2709 2009-10-07 Global Gravity MEXMRS_2154 MEXMRS_2710 2009-10-07 Global Gravity MEXMRS_2157 MEXMRS_2711 2009-10-09 Global Gravity MEXMRS_2163 MEXMRS_2712 2009-10-11 Global Gravity MEXMRS_2170 MEXMRS_2713 2009-10-16 Global Gravity MEXMRS_2174 MEXMRS_2714 2009-10-18 Global Gravity MEXMRS_2177 MEXMRS_2715 2009-10-18 Global Gravity MEXMRS_2180 MEXMRS_2687 2009-09-13 Global Gravity MEXMRS_2184 MEXMRS_2716 2009-10-20 Global Gravity MEXMRS_2187 MEXMRS_2717 2009-10-22 Global Gravity MEXMRS_2191 MEXMRS_2718 2009-10-24 Global Gravity MEXMRS_2198 MEXMRS_2719 2009-10-28 Global Gravity MEXMRS_2212 MEXMRS_2720 2009-11-05 Global Gravity MEXMRS_2214 MEXMRS_2721 2009-11-07 Global Gravity MEXMRS_2216 MEXMRS_2722 2009-11-09 Global Gravity MEXMRS_2220 MEXMRS_2723 2009-11-15 Global Gravity MEXMRS_2249 MEXMRS_2724 2009-11-19 Global Gravity MEXMRS_2250 MEXMRS_2725 2009-11-20 Global Gravity MEXMRS_2251 MEXMRS_2726 2009-11-21 Global Gravity MEXMRS_2252 MEXMRS_2727 2009-11-22 Global Gravity MEXMRS_2254 MEXMRS_2728 2009-11-24 Global Gravity MEXMRS_2256 MEXMRS_2729 2009-11-26 Global Gravity MEXMRS_2257 MEXMRS_2730 2009-11-15 Global Gravity MEXMRS_2259 MEXMRS_2731 2009-11-29 Global Gravity MEXMRS_2260 MEXMRS_2732 2009-11-15 Global Gravity MEXMRS_2261 MEXMRS_2733 2009-12-12 Global Gravity MEXMRS_2262 MEXMRS_2734 2009-12-13 Global Gravity MEXMRS_2263 MEXMRS_2735 2009-12-13 Global Gravity MEXMRS_2264 MEXMRS_2736 2009-12-15 Global Gravity MEXMRS_2265 MEXMRS_2737 2009-12-17 Global Gravity MEXMRS_2266 MEXMRS_2738 2009-12-17 Global Gravity MEXMRS_2267 MEXMRS_2739 2009-12-15 Global Gravity MEXMRS_2268 MEXMRS_2740 2009-12-20 Global Gravity MEXMRS_2269 MEXMRS_2741 2009-12-22 Global Gravity MEXMRS_2270 MEXMRS_2742 2009-12-22 Global Gravity MEXMRS_2271 MEXMRS_2743 2009-12-23 Global Gravity MEXMRS_2272 MEXMRS_2744 2009-12-24 Global Gravity MEXMRS_2273 MEXMRS_2745 2009-12-24 Global Gravity MEXMRS_2274 MEXMRS_2746 2009-12-25 Global Gravity MEXMRS_2275 MEXMRS_2747 2009-12-26 Global Gravity MEXMRS_2276 MEXMRS_2748 2009-12-27 Global Gravity MEXMRS_2277 MEXMRS_2749 2009-12-28 Global Gravity MEXMRS_2278 MEXMRS_2750 2009-12-29 Global Gravity MEXMRS_2279 MEXMRS_2751 2009-12-30 Global Gravity MEXMRS_2280 MEXMRS_2752 2009-12-30 Global Gravity MEXMRS_2281 MEXMRS_2753 2009-12-31 Global Gravity Most notably it was discovered that the incoming Doppler data from ESA and thus level 1A and level 1B Doppler data may contain a wrong uplink frequency. This problem was identified during processing and corrected for level 2 data. If this problem occurred the folder UPLINK_FREQ_CORRECT will be generated in the CALIB directory containing information which raw files were effected and where to find the corrected data. It was discovered later in the mission that for IFMS the file naming convention of AGC raw files was crossed since beginning of the mission. In fact AGC1 refers to D2 and AG2 refers to D1 and not the other way around as it should be. Consequently the AGC files were swapped during the whole processing. Please note, that for the New Norcia ground station (NNO) the ESA station number is 74 wheras the DSN station number is 32. This number is used in the labels and most documents. Some ESA documents and especially orbit prediction files may use the ESA station number. Because of some problems with documentation on the U.S. side, the navigation people are using 83 for Cebreros rather than 62, the official station id; so you may see either number depending on the source of the file. On 15.8.2007 the PI of Radio Science moved to another institute. Old institute: Institut fuer Geophysik und Meteorologie an der Universitaet zu Koeln. New instiute: Rheinisches Institut fuer Umweltforschung, Abteilung Planetenforschung Quality of data was affected by anomalous conditions. Examples include: Open-Loop Data Anomalies ------------------------ Closed-Loop Data Anomalies -------------------------- MEXMRS_1663: S-band data not usable due to many data gaps; enlarged noise and peaks in X-Band residuals. Other Notes ----------- Limitations =========== The limitations in this data set follow from the quality of the execution, which is described above under Data Coverage and Quality. ACRONYMS ======== AAS Atmosphere Analysis Software AGC Automatic Gain Control AMMOS Advanced Multi-Mission Operations System ATDF Archival Tracking Data Files ADC Analog to Digital Converter BWG Beam Wave Guide ground station (DSN) CALI calibration file CHDO Compressed Header Data Object CVP Commissioning DDS Data Distribution System DSMS Deep Space Mission System DSN Deep Space Network ESA European Space Agency ENT/EXT Extended Mission ESOC European Space Operations Centre G/S Ground Station HEF High Efficiency ground station (DSN) IFMS Intermediate Frequency Modulation System JPL Jet Propulsion Laboratory MEX Mars Express MGS Mars Global Surveyor NEA NEAR NNO New Norcia Station (Perth) ODF Orbit Data File ODR Original Data Record PDS Planetary Data System PRM Prime Mission ROS Rosetta RSI Radio Science Investigation RSR Radio Science Receiver S/C Spacecraft SFDU Standard Formatted Data Unit TNF Tracking and Navigation File ULS Ulysses UniBw Universitaet der Bundeswehr in Muenchen " END_OBJECT = DATA_SET_INFORMATION OBJECT = DATA_SET_TARGET TARGET_NAME = SUN TARGET_TYPE = PLANET END_OBJECT = DATA_SET_TARGET OBJECT = DATA_SET_HOST INSTRUMENT_HOST_ID = MEX INSTRUMENT_ID = MRS END_OBJECT = DATA_SET_HOST OBJECT = DATA_SET_MISSION MISSION_NAME = "MARS EXPRESS" END_OBJECT = DATA_SET_MISSION OBJECT = DATA_SET_REFERENCE_INFORMATION REFERENCE_KEY_ID = "MARSUSERMANUAL2004" END_OBJECT = DATA_SET_REFERENCE_INFORMATION OBJECT = DATA_SET_REFERENCE_INFORMATION REFERENCE_KEY_ID = "MARSFNC2004" END_OBJECT = DATA_SET_REFERENCE_INFORMATION OBJECT = DATA_SET_REFERENCE_INFORMATION REFERENCE_KEY_ID = "JPLD-16765" END_OBJECT = DATA_SET_REFERENCE_INFORMATION OBJECT = DATA_SET_REFERENCE_INFORMATION REFERENCE_KEY_ID = "DSNTRK-2-18" END_OBJECT = DATA_SET_REFERENCE_INFORMATION OBJECT = DATA_SET_REFERENCE_INFORMATION REFERENCE_KEY_ID = "MANNUCCIETAL1998" END_OBJECT = DATA_SET_REFERENCE_INFORMATION END_OBJECT = DATA_SET END