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1. OSTM/Jason-2 Ancillary Files [gov.noaa.class.J2-ANC]
ABSTRACT: This collection of data contains OSTM/Jason-2 Ancillary data files. OSTM/JASON-2 is a follow-on mission continuing the TOPEX/Poseidon and Jason-1, and is designed to ensure continuity of ...


2. OSTM/Jason-2: Orbital Information [gov.noaa.class.J2-ORBINFO]
ABSTRACT: OSTM/JASON-2 is a follow-on mission continuing the TOPEX/Poseidon and Jason-1, and is designed to ensure continuity of high quality measurements for ocean science and to provide operational ...


3. TerraSAR-X Rapid Science Orbit [TX-OG-3-RSO]
This data set features the TerraSAR-X Rapid Science Orbit (RSO).


4. 10 sec GPS ground tracking data [CH-OG-1-GPS-10S]
This data set comprises GPS ground data of a sample rate of 10 sec, generated by decoding and sampling GPS high rate ground data. This raw data passed no quality control. The data are ...


5. 30 sec GPS ground tracking data [CH-OG-1-GPS-30S]
This data set comprises GPS ground data of a sample rate of 30 sec, generated by decoding and sampling GPS high rate ground data. This raw data passed no quality control. The data are ...


6. CHAMP Postprocessed Science Orbit [CH-OG-4-PSO]
This data set features the CHAMP Postprocessed Science Orbit (PSO).


7. CHAMP Rapid Science Orbit [CH-OG-3-RSO]
This data set features the CHAMP Rapid Science Orbit (RSO).


8. CHAMP Scalar Magnetometer [CH-ME-2-OVM]
CHAMP, Magnetic and Electric Field


9. CHAMP atmospheric path delay [CH-AI-2-PD]
CHAMP, Atmosphere and Ionosphere


10. CHAMP occultation table [CH-AI-2-TAB]
Product is derived from the first year of CHAMP tracking data.


11. CHAMP profiles of vertical atmospheric parameter [CH-AI-3-ATM]
Product is derived from the first year of CHAMP tracking data.


12. High rate GPS ground tracking data [CH-AI-1-GPS-01S]
This data set comprises GPS high rate ground data of a sample rate of 1 sec, generated by decoding the original measurement data. This raw data passed no quality control. The data are ...


13. Medium Rate CHAMP GPS Occultation Data [CH-AI-1-MR]
This data set comprises CHAMP GPS-SST data of a sample rate of 1 sec, generated by decommutation and decoding the CHAMP science dump data. This raw data passed no quality control.


14. Occultation link related TEC data [CH-AI-3-IVP]
CHAMP data, Atmosphere and Ionosphere.


15. Occultation link related TEC data [CH-AI-3-TCR]
CHAMP data, Atmosphere and Ionosphere


16. Occultation link related TEC data [CH-ME-2-ASC-BOOM]
This data product is derived from preprocessing and calibration of the CHAMP ASC measurements. It comprises the attitude measurements of the ASC located on the satellite boom.


17. Preprocessed and calibrated CHAMP accelerometer data [CH-OG-2-ACC]
This data set comprises calibrated and screened data from the CHAMP Space Triaxial Accelerometer, mixed with some spacecraft housekeeping data and the calibrated attribute data.


18. TerraSAR-X Ultra Rapid Science Orbit [TX-OG-3-USO]
This data set features the TerraSAR-X Ultra Rapid Science Orbit (USO).


19. CHAMP Global Earth Gravity Field Model [CH-OG-4-EGM]
The spherical harmonic model, called EIGEN-2 , results from CHAMP tracking data from 2000-07-30 to 2001-12-31 (Sep00, Jan01 to Aug01 excluded).


20. CHAMP Vector Magnetometer in ECEF (NEC) System [CH-ME-2-FGM-NEC]
CHAMP, Magnetic and Electric Field


21. Preprocessed Planar Langmuir Probe Data [CH-ME-2-PLP]
CHAMP, Magnetic and Electric Field


22. CHAMP Vector Magnetometer in local FGM Sensor System [CH-ME-2-FGM-FGM]
CHAMP, Magnetic and Electric Field


23. CHAMP Ultra Rapid Science Orbit [CH-OG-3-USO]
This data set features the CHAMP Ultra Rapid Science Orbit (USO).


24. High Rate CHAMP GPS Occultation Data [CH-AI-1-HR]
This data set comprises CHAMP GPS-SST data of a sample rate of 50 Hz, generated by decommutation and decoding the CHAMP science dump data. This raw data passed no quality control.


25. ERS-1/2 Gravity Field Model Product [ERS.ORB.EGM]
The gravitational geopotential produces the principal acceleration on Earth. Therefore a precise orbit restitution applying dynamic methods requires a precise model of the geopotential with resolution ...


26. ERS-1/2 Precise Orbit Product [ERS.ORB.PRC]
The precise orbit results from a data reduction process in which all available tracking data (SLR, radar altimeter crossovers, PRARE range and doppler data) and most accurate correction, transformation ...


27. ERS-1/2 Preliminary Orbit Product [ERS.ORB.PRL]
Preliminary orbit products (PRL) are based on fast delivery tracking data: SLR, radar altimeter height, ERS-2 PRARE range and doppler data. These products are an improvement of the initial knowledge ...


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