<_Note>Nodes prefixed with a _ are not valid SPASE, but are included for debugging. Values prefixed with a x_ are not valid SPASE but may considered for addition for completeness. 2.6.1 <_MasterURL>https://cdaweb.gsfc.nasa.gov/pub/software/cdawlib/0JSONS/voyager2_coho1hr_merged_mag_plasma_00000000_v01.json (from all.xml) spase://NASA/NumericalData/Voyager2/MAGandPLS/PT1H <_ResourceID>Source: https://github.com/rweigel/cdawmeta-spase/blob/main/ResourceID.json Voyager-2 merged hourly magnetic field, plasma, proton fluxes, and ephemeris data <_ResourceName>Source: Master/CDFglobalAttributes/Logical_source_description voyager2_coho1hr_merged_mag_plasma <_AlternateName>Source: Master/CDFglobalAttributes/Logical_source The main science objectives for the VOYAGER interplanetary mission are as follows: - investigate the structure of the solar wind magnetic fields and plasma in the inner and outer heliosphere; - conduct long term study of heliospheric evolution during different phases of the twenty-two year solar magnetic cycle and the eleven-year solar activity cycle;- study the long term solar modulation and determine the elemental and isotopic abundances of galactic cosmic ray particles in the heliosphere;- measure radial gradients, spectra, and nuclear abundances of the anomalous component of cosmic rays from acceleration at the solar wind termination shock; - investigate local particle acceleration in the interplanetary medium from solar flare shocks and corotating interaction regions; - study propagation of solar energetic particles in the heliosphere.This directory contains hourly averages of parameters for the interplanetary magnetic field, solar wind plasma and spacecraft trajectory coordinatesVOYAGER-1 data have been reprocessed to ensure a uniformity of content and coordinate systems relative to data from other deep-space missions: - All spacecraft trajectory data were transformed to a Heliographic Inertial (HGI) coordinate system.- calculation of the RTN Cartesian components of interplanetary magnetic field from the RTN spherical components: BR=|B|*cos(THETA)*cos(PHI) BT=|B|*cos(THETA)*sin(PHI) BN=|B|*sin(THETA) where THETA - spherical RTN latitude, PHI- spherical RTN longtitude - calculation of RTN Spherical components of the solar wind velocity from RTN cartesian components: V = (Vr^2 + Vt^2 + Vn^2)^0.5 THETA=asin(Vn/V) PHI=atan(Vt/Vr)where THETA - spherical RTN latitude, PHI- spherical RTN longtitude- calculation of given thermal speed Vth into temperature T (Kelvin): T=60.5*Vth^2 (Vth in km/s)- merging of trajectory coordinates, magnetic field data, and plasma data files into a single annual file VY1_YR.DAT, where YR is the year- Data gaps were filled with dummy numbers for the missing hours or entire days to make all files of equal length. The character \'9\' is used to fill all fields for missing data according to their format, e.g. \' 9999.9\' for a field with the FORTRAN format F7.1. Note that format F7.1 below really means (1X,F6.1),etc.aNotes on Voyager 1 and 2 Magnetometer Data After 1989. At the time of experiment proposal, it was expected that the required accuracy of the measurements would be 0.1 nT, determined by the combined noise of the sensors and the spacecraft field. The spacecraft magnetic field at the outboard magnetic field sensor, referred to as the primary unit, was expected to be 0.2 nT and highly variable, consistent with current estimates. Hence, the dual magnetometer design (Ness et al., 1971; Behannon et al. 1977). At distances > 40 AU, the heliospheric magnetic fields are generally much weaker than 0.4 nT; the average magnetic field strength near 40 AU and 85 AU is ..0.15 nT and ..0.05 nT, respectively. The use of roll calibrations lasting ..6 hours permits determination of the effective zero levels for the two independent magnetic axes that are perpendicular to the roll axis (which is nearly parallel to the radius vector to the Sun) at intervals of ..3 months. There is no roll calibration for the third magnetic axis. Comparison of the two derived magnetic vectors from the two magnetometers permits validation of the primary magnetometer data with an accuracy of 0.02 nT - 0.05 nT. further informaion look at https://omniweb.gsfc.nasa.gov/coho/html/cw_data.htmlThe Heliographic Inertial (HGI) coordinates are Sun-centered and inertially fixed with respect to an X-axis directed along the intersection line of the ecliptic and solar equatorial planes. The solar equator plane is inclined at 7.25 degrees from the ecliptic. This direction was towards ecliptic longitude of 74.36 degrees on 1 January 1900 at 1200 UT; because of precession of the celestial equator, this longitude increases by 1.4 degrees/century. The Z axis is directed perpendicular and northward from the solar equator, and the Y-axis completes the right-handed set. This system differs from the usual heliographic coordinates (e.g. Carrington longitudes) which are fixed in the frame of the rotating Sun. The RTN system is fixed at a spacecraft (or the planet). The R axis is directed radially away from the Sun, the T axis is the cross product of the solar rotation axis and the R axis, and the N axis is the cross product of R and T. At zero Heliographic Latitude when the spacecraft is in the solar equatorial plane the N and solar rotation axes are parallel.Hour averages of the interplanetary solar wind data from, and hourly heliocentric coordinates of, Voyager1/2 and other interplanetary spacecraft may be also be accessed and plotted on-line through the COHOWeb service http://cohoweb.gsfc.nasa.gov/Acknowledgement: Use of these data in publications should be accompanied at minimum by acknowledgements of the National Space Science Data Center and the responsible Principal Investigator defined in the experiment documentation provided here. Citation of NSSDC's Coordinated Heliospheric Observations (COHO) data base would also be appreciated, so that other potential users will be made aware of this service. For questions about this data set, please contact: Dr. N. Papitashvili, natalia.e.papitashvili@nasa.gov, GSFC-Code 672 <_Description>Source: Master/CDFglobalAttributes/TEXT Please acknowledge the Principal Investigator, Norman F. Ness of the Bartol Research Institute, University of Delaware, John Richardson of MIT and the NASA National Space Science Data Center (NSSDC) for usage of data from this site in publications and presentations. <_Acknowledgement>Source: Master/CDFglobalAttributes/Acknowledgement <_Rights> SPDX Creative Commons Zero v1.0 Universal https://spdx.org/licenses/CC0-1.0.html https://spdx.org/licenses/ https://omniweb.gsfc.nasa.gov/coho/html/cw_data.html Documentation COHO dataset <_Note>URL also in all.xml. Using master. https://omniweb.gsfc.nasa.gov COHOWeb service Additional analysis tools for these data from the <_Note>URL also in all.xml. Using master. Readme file at SPDF https://spdf.gsfc.nasa.gov/pub/data/voyager/voyager2/merged/vy2mgd.txt <_Note>Source: InformationURL.json VOYAGER2 <_Caveats>Source: Master/CDFglobalAttributes/Rules_of_use https://doi.org/10.48322/ve5t-hf15 <_DOI>Source: https://github.com/rweigel/cdawmeta-spase/blob/main/DOI.json <_AccessInformation>Source: https://github.com/rweigel/cdawmeta-spase/blob/main/AccessInformation.json 1977-01-01T00:00:00Z 2020-12-31T11:00:00Z <_TemporalDescription>Generated from all.xml/@timerange_start and all.xml/@timerange_stop PT1H <_Cadence>Counts based on variable 'Epoch' in https://cdaweb.gsfc.nasa.gov/sp_phys/data/voyager/voyager2/coho1hr_magplasma/1977/voyager2_coho1hr_merged_mag_plasma_19770101_v01.cdf. The most common cadence, 3600000 [ms] = PT1H, occurred for all 743 timesteps. <_ObservedRegion>Source: https://github.com/rweigel/cdawmeta-spase/blob/main/ObservedRegion.json <_ProcessingLevel>Processing level is not available in the master file; it should be there instead of, say, https://github.com/rweigel/cdawmeta-spase/blob/main/ProcessingLevel.json spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC HTTPS from SPDF https://cdaweb.gsfc.nasa.gov/pub/data/voyager/voyager2/coho1hr_magplasma In CDF via HTTP from CDAWeb voyager2_coho1hr_merged_mag_plasma_%Y%m%d_%Q.cdf %Y VOYAGER2_COHO1HR_MERGED_MAG_PLASMA CDF spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC FTPS from SPDF ftps://cdaweb.gsfc.nasa.gov/pub/data/voyager/voyager2/coho1hr_magplasma In CDF via HTTP from CDAWeb voyager2_coho1hr_merged_mag_plasma_%Y%m%d_%Q.cdf %Y VOYAGER2_COHO1HR_MERGED_MAG_PLASMA CDF spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC CDAWeb Web Service https://cdaweb.gsfc.nasa.gov/WebServices/ Instructions for using web services to access this dataset an other other metadata and options for CDAWeb datasets. The ProductKey here corresponds to the query parameter 'dataset' in the tables at the AccessURL in a dataset-related request can be made. VOYAGER2_COHO1HR_MERGED_MAG_PLASMA CDF CSV GIF NetCDF PNG PS PDF XML x_Script.IDL x_Script.Python Text.ASCII x_WAV spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC CDAWeb Web Service user interface https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?index=sp_phys&dataset=VOYAGER2_COHO1HR_MERGED_MAG_PLASMA VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web service user interface for this product. CDF GIF PDF Text.ASCII x_WAV spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC CDAWeb Python Script https://cdaweb.gsfc.nasa.gov/WS/cdasr/1/dataviews/sp_phys/datasets/VOYAGER2_COHO1HR_MERGED_MAG_PLASMA/clientLibraryExample/ VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web service that generates a Python script to access this product. x_Script.IDL x_Script.Python spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/SSCWeb. Please also acknowledge the data producer: Adam Szabo at NASA GSFC 4D Orbit Viewer https://sscweb.gsfc.nasa.gov/4dorbit/?sc=VOYAGER2_COHO1HR_MERGED_MAG_PLASMA VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web Service to this product. HTML spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb and the HAPI project. Please also acknowledge the data producer: Adam Szabo at NASA GSFC CDAWeb HAPI Server https://hapi-server.org/servers/#server=CDAWeb&dataset=VOYAGER2_COHO1HR_MERGED_MAG_PLASMA VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web Service to this product using the HAPI interface. CSV JSON Binary spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb and the HAPI project. Please also acknowledge the data producer: Adam Szabo at NASA GSFC CDAWeb HAPI Script in Multiple Languages https://hapi-server.org/servers/#server=CDAWeb&dataset=VOYAGER2_COHO1HR_MERGED_MAG_PLASMA&return=script VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web Service user interface that generates scripts in IDL, Javascript, MATLAB, Python, Autoplot, curl, wget to access this product. See https://hapi-server.org/servers/api for the API. x_Script.IDL x_Script.Javascript x_Script.MATLAB x_Script.Python x_Script.Autoplot x_Script.curl x_Script.wget spase://SMWG/Repository/NASA/GSFC/SPDF Online Open SPDF/CDAWeb and the HAPI project. Please also acknowledge the data producer: Adam Szabo at NASA GSFC HAPI visualizations https://hapi-server.org/plot/?server=https://cdaweb.gsfc.nasa.gov/hapi&dataset=VOYAGER2_COHO1HR_MERGED_MAG_PLASMA&format=gallery VOYAGER2_COHO1HR_MERGED_MAG_PLASMA Web Service that generates plots. See https://hapi-server.org/plot/ for the API. PNG PDF SVG Voyager 1 (from all.xml/observatory/description/@short) Merged Trajectory, Magnetic Field, Plasma, and Flluxes (from all.xml/instrument/description/@short) Space Physics (from Master/CDFglobalAttributes/Discipline) Interplanetary Studies (from Master/CDFglobalAttributes/Discipline) Solar Physics (from Master/CDFglobalAttributes/Discipline) Heliospheric Physics (from Master/CDFglobalAttributes/Discipline) VOYAGER2 (from Master/CDFglobalAttributes/Source_name) Voyager 1 (from Master/CDFglobalAttributes/Source_name) COHO1HR (from Master/CDFglobalAttributes/Data_type) 1 Hour Time Resolution from cohoweb (from Master/CDFglobalAttributes/Data_type) MAG_PLASMA (from all.xml/instrument/@ID) Heliosphere.Heliosheath Heliosphere.Outer Heliosphere spase://SMWG/Instrument/Voyager2/MAG spase://SMWG/Instrument/Voyager2/PLS MagneticField ThermalPlasma Time Epoch CATDESC: 'Time, beginning of interval'. Notes not in Master CDF: 'The units are the units in CDF files. For other web services, this variable is may be represented as a time string.' ms Scalar Temporal Heliocentric Distance heliocentricDistance Master CDF CATDESC: 'Heliocentric Distance'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' AU -1e+31 HGI Latitude heliographicLatitude Master CDF CATDESC: 'HelioGraphic Inertial (HGI) latitude of the spacecraft position at the start of data interval'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' deg -1e+31 HGI Longitude heliographicLongitude Master CDF CATDESC: 'HelioGraphic Inertial (HGI) longitude of the spacecraft position at the start of data interval '. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' deg -1e+31 Field Magnitude Avg. ABS_B Master CDF CATDESC: 'B Field Magnitude (average of fine scale magnitudes)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 Magnitude of Average Field F Master CDF CATDESC: 'Magnitude of Average Field, sqrt(Bx^2+By^2+Bz^2), nT'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 BR (RTN) BR Master CDF CATDESC: 'BR in RTN (Radial-Tangential-Normal) coordinate system (w/ uncertainty)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 br_uncertainty br_uncertainty Master CDF CATDESC: 'BR_uncertainty'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 BT (RTN) BT Master CDF CATDESC: 'BT in RTN coordinate system (w/ uncertainty)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 bt_uncertainty bt_uncertainty Master CDF CATDESC: 'BT_uncertainty'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 BN (RTN) BN Master CDF CATDESC: 'BN in RTN coordinate system (w/ uncertainty)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 bn_uncertainty bn_uncertainty Master CDF CATDESC: 'BN_uncertainty'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' nT -1e+31 Bulk Flow Speed V Master CDF CATDESC: 'Bulk Flow Speed'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' km/s -1e+31 elevation Angle elevAngle Master CDF CATDESC: 'THETA - elevation angle of the velocity vector (RTN)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' Deg -1e+31 azimuth Angle azimuthAngle Master CDF CATDESC: 'PHI - azimuth angle of the velocity vector (RTN)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' Deg -1e+31 Proton density protonDensity Master CDF CATDESC: 'Proton density'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' n/cc -1e+31 Proton temperature protonTemp Master CDF CATDESC: 'Proton Temperature (calculated from thermal speed width T=60.5*Vth*Vth)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' deg k -1e+31 H 0.52-1.45 MeV, LECP protonFlux1_LECP Master CDF CATDESC: 'Proton Flux 0.52 - 1.45 energy bins, MeV, LECP'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 3.04-17.3 MeV, LECP protonFlux2_LECP Master CDF CATDESC: 'Proton Flux 3.04 - 17.3 energy bins, MeV, LECP'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 22.0-30.0 MeV, LECP protonFlux3_LECP Master CDF CATDESC: 'Proton Flux 22.0 - 30.0 energy bins, MeV, LECP'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 3.000-4.600 MeV, CRS protonFlux1_CRS Master CDF CATDESC: 'Proton Flux 3.000 - 4.600 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 4.600-6.200 MeV, CRS protonFlux2_CRS Master CDF CATDESC: 'Proton Flux 4.600 - 6.200 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 6.200-7.700 MeV, CRS protonFlux3_CRS Master CDF CATDESC: 'Proton Flux 6.200 - 7.700 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 7.700-12.800 MeV, CRS protonFlux4_CRS Master CDF CATDESC: 'Proton Flux 7.700 - 12.800 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 12.800-17.900 MeV, CRS protonFlux5_CRS Master CDF CATDESC: 'Proton Flux 12.800 - 17.900 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 17.900-30.000 MeV, CRS protonFlux6_CRS Master CDF CATDESC: 'Proton Flux 17.900 - 30.000 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 30.000-48.000 MeV, CRS protonFlux7_CRS Master CDF CATDESC: 'Proton Flux 30.000 - 48.000 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 48.000-56.000 MeV, CRS protonFlux8_CRS Master CDF CATDESC: 'Proton Flux 48.000 - 56.000 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 75.861-82.562 MeV, CRS protonFlux9_CRS Master CDF CATDESC: 'Proton Flux 75.861 - 82.562 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 130.339-154.217 MeV, CRS protonFlux10_CRS Master CDF CATDESC: 'Proton Flux 130.339 - 154.217 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 154.217-171.338 MeV, CRS protonFlux11_CRS Master CDF CATDESC: 'Proton Flux 154.217 - 171.338 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 171.338-193.643 MeV, CRS protonFlux12_CRS Master CDF CATDESC: 'Proton Flux 171.338 - 193.643 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 193.643-208.152 MeV, CRS protonFlux13_CRS Master CDF CATDESC: 'Proton Flux 193.643 - 208.152 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 208.152 - 245.690 MeV, CRS protonFlux14_CRS Master CDF CATDESC: 'Proton Flux 208.152 - 245.690 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 245.690-272.300 MeV, CRS protonFlux15_CRS Master CDF CATDESC: 'Proton Flux 245.690 - 272.300 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 272.300-344.010 MeV, CRS protonFlux16_CRS Master CDF CATDESC: 'Proton Flux 272.300 - 344.010 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 344.010-478.623 MeV, CRS protonFlux17_CRS Master CDF CATDESC: 'Proton Flux 344.010 - 478.623 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31 H 478.623-598.667 MeV, CRS protonFlux18_CRS Master CDF CATDESC: 'Proton Flux 478.623 - 598.667 energy bins, MeV, CRS (6-hr)'. Master CDF VAR_NOTES: ''. Notes not in Master CDF: 'The time index (the ISTP DEPEND_0 variable) for this parameter is Epoch.' 1/(cm^2 sec ster MeV) -1e+31