Find research datasets worth reusing

JUNO JUPITER RAW GRAVITY SCIENCE 1 V1.0

This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Juno Jupiter orbits starting in July 2016. The radio observations were carried out using the Juno spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to determine the gravitational field of Jupiter. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the tropospheric media calibration file produced by the Advanced Media Calibration (AMC) system.

JUNO SPICE KERNELS V1.0

This data set includes the complete set of JUNO SPICE data files (``kernel files''), which can be accessed using SPICE software. The SPICE data contain geometric and other ancillary information needed to recover the full value of science instrument data. In particular SPICE kernels provide spacecraft and planetary ephemerides, instrument mounting alignments, spacecraft orientation, and data needed for relevant time conversions.

JUNO JUPITER MWR REDUCED DATA RECORDS V1.0

The Juno MWR RDR data sets will ultimately include all calibrated MWR science data records for the entire Juno mission. The set in this volume will contain only those data obtained during the orbital phase of the Juno mission, when this phase of the mission is completed. The RDR science records have a one-to-one correspondence with the EDR records.

JUNO OUTER CRUISE RAW GRAVITY SCIENCE 1 V1.0

This data set contains archival raw, partially processed, and ancillary/supporting gravity science data acquired during the Juno outer cruise between the October 2013 Earth Flyby and July 2016 Jupiter Orbit Insertion. The radio observations were carried out using the Juno spacecraft and Earth-based receiving stations of the NASA Deep Space Network (DSN). The data set was designed primarily to support testing and calibration of Juno's Gravity Science instrument. Of most interest are likely to be the Orbit Data Files in the ODF directory, which provided the raw input to gravity investigations, as well as the ionospheric an tropospheric media calibration files in the ION and TRO directories, respectively.

JUNO JUPITER MWR 2 EXPERIMENT DATA RECORDS V1.0

The Juno MWR EDR data sets will ultimately include all uncalibrated MWR science data records for the entire Juno mission. The set in this volume will contain only those data obtained during the orbital phase of the Juno mission, when this phase of the mission is completed. These data comprise the raw data that address the primary objectives of the Juno mission. They consist of data obtained at the full MWR data rate during a five-hour period around each perijove pass, and data obtained at all other times for the purpose of instrument calibration and perform- ance monitoring. This volume consists of reformatted and uncalibrated data records. The reformatting operation reassembles received instrument data packets into one-hour-long records of time-ordered data correspond- ing to 100-ms observations made by the MWR instrument. This data set is intended to preserve the full content of the uncalibrated instrument packets and is to be used only as a last resort. The level 3 MWR archived data are designed to be complete and more easily used.

JUNO JUPITER UVS 3 REDUCED DATA RECORD V1.0

The Juno Ultraviolet Spectrograph (UVS) CODMAC Level 3 Reduced Data Record is a collection of the far ultraviolet photon detections obtained by the UVS instrument, corrected for instrumental effects, radiometrically calibrated, and correlated with the auxiliary information needed to locate the observations in space and time. These data are organized, in a manner very similar to the RDR product files from which they are derived, into extensions within files formatted according to the Flexible Image Transport System (FITS) standard, version 2.1b. The UVS RDR archive enables reprocessing of the corrected and calibrated science data into far ultraviolet map products as map processing routines improve. Investigators interested in applying advanced mapping methods or needing to understand the properties of the corrected and calibrated data will find the RDR products useful. Many investigators, however, will be interested in using the UVS CODMAC Level 5 far ultraviolet map products directly.

JUNO FGM CALIBRATED DATA SW V1.0

Abstract ======== This data set consists of the Juno FGM calibrated observations. The FGM sensor block uses two miniature ring-core fluxgate sensors to measure the magnetic field in three components of the vector field There are multiple FGM data products to accomodate different coordinate systems.

JUNO SS FLUXGATE MAGNETOMETER CALIBRATED DATA V1.0

Abstract ======== This data set consists of the Juno FGM calibrated cruise observations. The FGM sensor block uses two miniature ring-core fluxgate sensors to measure the magnetic field in three components of the vector field. There are multiple FGM data products to accomodate different coordinate systems.

JUNO JUPITER JIRAM EXPERIMENT DATA RECORD V1.0

This dataset contains the scientific telemetry produced by the JIRAM instrument after editing for duplicated and corrupted packets, together with geometric information computed on ground to locate observations in space and time.

JUNO JUPITER RAW GRAVITY SCIENCE 1 V1.0

JUNO MOON JIRAM REDUCED DATA RECORD V3.0

This dataset contains the scientific telemetry produced by the JIRAM instrument , together with geometric information computed on ground to locate observations in space and time.

JUNO MOON JIRAM EXPERIMENT DATA RECORD V3.0

JUNO JUPITER JIRAM REDUCED DATA RECORD V1.0

This dataset contains the scientific telemetry produced by the JIRAM instrument , together with geometric information computed on ground to locate observations in space and time.

JUNO E/J/S/SS WAVES CALIBRATED BURST FULL RESOLUTION V1.0

The Juno Waves calibrated burst waveform full resolution data set includes all high rate science electric field waveforms from 50Hz up to 45.25 MHz and magnetic field waveforms from 50Hz to 20kHz with sample rates that depend on the receiver used to obtain the waveforms. This is the complete waveform data set containing all high rate binning mode data and record mode data received from Waves from launch until the end of mission including initial checkout, the Earth flyby, the Jupiter orbits and cruise. Data are acquired from the Waves Low Frequency Receiver (LFR) and High Frequency Receiver (HFR) and are typically losslessly compressed on board. These data are presented in binary SERIES objects. This data set comprises highest temporal resolution data obtained by Waves (or all other Juno instruments, for that matter). Pre-rendered spectrograms generated from these data are included as well to provide the user with a quick view of the content of the data. This data set should be among the last used of any in the Waves archive as it provides highly detailed information on very short isolated intervals in time. The Waves full resolution survey data provide context for these data.

JUNO J FLUXGATE MAGNETOMETER CALIBRATED DATA V1.0

Abstract ======== This data set consists of the Juno FGM calibrated orbital observations. The FGM sensor block uses two miniature ring-core fluxgate sensors to measure the magnetic field in three components of the vector field. There are multiple FGM data products to accomodate different coordinate systems.

JUNO JUPITER UVS 2 EXPERIMENT DATA RECORD V1.0

The Juno Ultraviolet Spectrograph (UVS) CODMAC Level 2 Experiment Data Record is a collection of the far ultraviolet photon detections obtained by the UVS instrument, in raw form. As such, it constitutes the permanent record of the raw UVS data. These data include both the instrument science and housekeeping data, organized into extensions within files formatted according to the Flexible Image Transport System (FITS) standard, version 2.1b. The UVS EDR archive enables reprocessing of the raw science data as radiometric and geometric calibration processing routines improve. Investigators interested in applying advanced calibration methods or needing to understand the properties of the raw data will find the EDR products useful. Most investigators, however, will be interested in using either the UVS data products contained in the CODMAC Level 3 Reduced Data Record, as radiometric and geometric calibration processing has already been done for these products, or the UVS CODMAC Level 5 far ultraviolet map products.

JUNO J ENERGETIC PARTICLE DETECTOR UNCALIBRATED V1.0

Abstract ======== This data set consists of the JUNO JEDI (Jupiter Energetic-Particle Detector) uncalibrated observations, also known as EDRs. The system is made up of 3 instrument subsystems (pucks) aligned in three directions on the spinning JUNO spacecraft. The pucks each have 6 look directions (telescopes) with a time of flight (TOF) and a deposited energy detection (SSD) system. In addition, the pulse height of the signal in the TOF system can be used for energy measurement. The instruments can be operated in a variety of modes, differing in the way they use and combine these measurements. More details are available in the INSTRUMENT.CAT file and the JEDI SIS. The EDRs are organized in files covering one day of spacecraft event time (SCET). There are potentially 10 different files per puck, corresponding to the available data gathering modes: HIERSESP, HIERSISP, HIERSTOFXER, HIERSTOFXPHR, LOERSESP, LOERSISP, LOERSTOFXER, LOERSTOFXPHR, NONPTOFXER, NONPTOFXPHR. Depending on how the pucks are operated, not all data types will be available for all pucks for any particular time range.

JUNO E/J/S/SS WAVES EXPERIMENT DATA RECORDS V1.0

The Juno Waves EDR complete data set includes all Waves science and housekeeping data for the entire Juno mission. This data set consists of reformatted, uncalibrated, spectra and waveforms as well as unaltered housekeeping packets. The reformatting operation re-assembles measurements which were too long to fit with in a single transmission unit to the Juno flight data system as well as decompressing data that were transmitted in compressed form. The data for this set were acquired from the Waves Low Frequency Receiver (LFR), High Frequency Receivers (HFR-44, HFR-45), as well as the Digital Signal Processor's housekeeping output. This data set is intended to preserve the uncalibrated instrument packets and is to be used only as a last resort. Other Waves archived data sets are designed to be complete and more easily used. Browse images associated with the other data sets provide a graphical search of the data included in this data set.

JUNO E/J/SS WAVES CALIBRATED SURVEY FULL RESOLUTION V1.0

The Juno Waves calibrated full resolution survey data set includes all low rate science electric spectral densities from 50Hz to 41MHz and magnetic spectral densities from 50Hz to 20kHz with complete sweeps at 30, 10 and 1 second intervals depending on the instrument mode. This is a complete full resolution data set containing all low rate science data received from Waves from launch until the end of mission including initial checkout, the Earth flyby, the Jupiter orbits and all cruise data. Data are acquired from the Waves Low Frequency Receiver (LFR) and High Frequency Receiver (HFR) and are processed into spectra on board. These data are presented as ASCII text spreadsheets for ease of use. This data set is intended to be the most comprehensive and complete data set included in the Juno Waves archive. Pre-rendered spectrograms generated from these data are included as well to lead the user to the particular data file(s) of interest. This data set should be among the first used of any in the Waves archive as it will lead one to the information required to locate more detailed products.

JUNO MWR CRUISE/SKY EDR DATA RECORDS V1.2

The Juno MWR EDR data set will ultimately include all uncalibrated MWR science data records for the entire Juno mission. This volume will contain only those data obtained through the cruise phase of the Juno mission, when this phase of the mission is completed. The objective for these data is to provide calibration for the MWR instrument; however, it is anticipated that they may someday be useful for astrophysics. This volume consists of reformatted and uncalibrated data records. The reformatting operation reassembles received instrument data packets into one-hour-long records of time-ordered data corresponding to 100-ms observations made by the MWR instrument. This data set is intended to preserve the full content of the uncalibrated instrument packets and is to be used only as a last resort. The level 3 MWR archived data are designed to be complete and more easily used.