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Product_Observational
- Identification_Area
-
- logical_identifier
- urn:nasa:pds:cassini-mag-cal:data-full-rtn:00053_fgm_rtn
- version_id
- 1.0
- title
- Cassini MAG Calibrated Full Res. Data in RTN Coords. 2000-02-22
- information_model_version
- 1.20.0.0
- product_class
- Product_Observational
- Citation_Information
-
- author_list
- Dougherty, Michele K.; Kellock, Stephen; Slootweg, A. Peter; Achilleos, Nicholas; Joy, Steven P.; Mafi, Joseph N.
- publication_year
- 2023
- description
-
Cassini magnetic-field data in the highest time resolution
available, from the Fluxgate Magnetometer (FGM) instrument,
for 2000-02-22 (053) in RTN coordinates.
- Modification_History
-
- Modification_Detail
-
- modification_date
- 2023-11-09
- version_id
- 1.0
- description
-
This data file, 00053_FGM_RTN.LBL, was originally not a part of the PDS3
CO-E/SW/J/S-MAG-3-RDR-FULL-RES-V2.0 dataset. The meta-data have been migrated to PDS4.
- Observation_Area
-
- Time_Coordinates
-
- start_date_time
- 2000-02-22T19:24:25.203Z
- stop_date_time
- 2000-02-22T20:51:53.234Z
- Primary_Result_Summary
-
- purpose
- Science
- processing_level
- Calibrated
- Science_Facets
-
- discipline_name
- Fields
- facet1
- Magnetic
- facet2
- Background
- Investigation_Area
-
- name
- Cassini-Huygens
- type
- Mission
- Internal_Reference
-
- lid_reference
-
urn:nasa:pds:context:investigation:mission.cassini-huygens
- reference_type
- data_to_investigation
- Observing_System
-
- Observing_System_Component
-
- name
- Cassini Orbiter
- type
- Host
- Internal_Reference
-
- lid_reference
-
urn:nasa:pds:context:instrument_host:spacecraft.co
- reference_type
- is_instrument_host
- Observing_System_Component
-
- name
- Dual Technique Magnetometer
- type
- Instrument
- Internal_Reference
-
- lid_reference
-
urn:nasa:pds:context:instrument:mag.co
- reference_type
- is_instrument
- Target_Identification
-
- name
- Solar Wind
- type
- Plasma Stream
- Internal_Reference
-
- lid_reference
-
urn:nasa:pds:context:target:plasma_stream.solar_wind
- reference_type
- data_to_target
- Discipline_Area
-
- Mission_Information
-
- mission_phase_name
- Outer Cruise
- Mission_Information
-
- spacecraft_clock_start
- 1/1329939180.218
- spacecraft_clock_stop
- 1/1329944428.235
- spacecraft_clock_partition
- 1
- Reference_List
-
- Internal_Reference
-
- lid_reference
-
urn:nasa:pds:cassini-mag-cal:document:data-full-rtn-desc
- reference_type
- data_to_document
- comment
-
Document containing a description of the Cassini MAG
Calibrated Full Res. Data in RTN Coords. Collection.
- External_Reference
-
- doi
- 10.17189/1520114
- reference_text
-
Elson, L.S., C.H. Acton, D.L. Conner and B.V. Semenov, Cassini
SPICE Kernels V1.0, CO-S/J/E/V-SPICE-6-V1.0, NASA Planetary Data
System, 2005. https://doi.org/10.17189/1520114
- description
-
This product was processed using the following kernels using the data set
referenced above:
- Source_Product_External
-
- external_source_product_identifier
- CO-E/SW/J/S-MAG-3-RDR-FULL-RES-V2.0:00053_FGM_RTN:00053_FGM_RTN.TAB
- reference_type
- data_to_calibrated_source_product
- doi
- 10.17189/1521151
- curating_facility
- PDS Planetary Plasma Interactions Node
- description
-
This is the first version converted to PDS4. The DOI provided
references the PDS3 source data set.
- File_Area_Observational
-
- File
-
- file_name
- 00053_FGM_RTN.TAB
- creation_date_time
- 2023-08-23T17:10:41.000Z
- file_size
- 9272576
- md5_checksum
- 8dc6ccb96cb75741de6d1cfc7dd0c748
- comment
-
RTN coordinates consist of R (radial component, Sun to the
spacecraft), T (tangential component, parallel to the Solar Equatorial
plane and perpendicular to R), and N (normal component, completes right
handed set).
These MAG data were processed (calibrated, and rotated into RTN
coordinates) by the Cassini MAG team at Imperial College. They were
acquired by the PDS PPI node at UCLA where they were converted from
binary to ASCII, and the B-field magnitude, and position data removed. These
data have been processed using an updated calibration that was produced using
the Proximal Orbit data.
The original binary data file contained a large number of
backwards time steps. Due to the large number and overlap in these
timing errors, these data have been sorted by time.
For more information on the timing errors, and on this and previous
versions of the data, please refer to the collection description file for this
collection (data-full-rtn.txt).
- Table_Character
-
- offset
- 0
- records
- 159872
- record_delimiter
- Carriage-Return Line-Feed
- Record_Character
-
- fields
- 4
- groups
- 0
- record_length
- 58
- Field_Character
-
- name
- TIME
- field_number
- 1
- field_location
- 1
- data_type
- ASCII_Date_Time_YMD
- field_length
- 23
- description
-
Spacecraft event time of the sample.
- Field_Character
-
- name
- BR
- field_number
- 2
- field_location
- 25
- data_type
- ASCII_Real
- field_length
- 10
- unit
- nT
- description
-
RTN radial component of the magnetic-field component in nT.
The radial component (R) points from the Sun to the spacecraft,
positive away from the Sun.
- Special_Constants
-
- valid_maximum
- 44000.000
- valid_minimum
- -44000.000
- Field_Character
-
- name
- BT
- field_number
- 3
- field_location
- 36
- data_type
- ASCII_Real
- field_length
- 10
- unit
- nT
- description
-
RTN tangential component of the magnetic field component in nT.
The tangential component (T) is parallel to the Solar Equatorial
plane (Omega Sun x R).
- Special_Constants
-
- valid_maximum
- 44000.000
- valid_minimum
- -44000.000
- Field_Character
-
- name
- BN
- field_number
- 4
- field_location
- 47
- data_type
- ASCII_Real
- field_length
- 10
- unit
- nT
- description
-
RTN normal component of the magnetic field component in nT.
The normal component (N) completes the right handed set, and
is roughly normal to the Solar Equatorial plane (R x Phi).
- Special_Constants
-
- valid_maximum
- 44000.000
- valid_minimum
- -44000.000