PSP Integrated Science Investigation of the Sun, Energetic Particle Instrument-Lo (ISOIS EPI-Lo) Ion Composition, Level 2 (L2), 1 min Data

Added/Updated SPASE Parameter level metadata for revised PSP data products as needed, Applied quality control for DOI usage, and Added HAPI Access URL to the ADAPT pipeline for SPASE Numerical Data generation, LFB

Parker Solar Probe, PSP, Integrated Science Investigation of the Sun, IS☉IS, Energetic Particle Instrument, EPI-Lo, Ion Composition data: The Epoch time tags indicate midpoint of integration. For information concerning use of the IS☉IS data please refer to the Energetic Particle Data User Guide available from the PSP IS☉IS Science Operations Center, SOC, web site hosted by the University of New Hampshire. The energetic particle pitch angle calculations are made possible via use of magnetic field data provided by the PSP FIELDS team.

The public data reflect current instrument calibration as determined by the IS☉IS science team. Calibration efforts are ongoing and the public data will be updated over the course of the mission based on improved understanding of instrument response to the near-Sun energetic particle environment. IS☉IS visualization tools are provided as a quicklook utility for the community to better access the IS☉IS data and are also under continual development. While we make every effort to ensure their accuracy, the IS☉IS team cannot guarantee that they are error-free. For questions regarding the use of IS☉IS data, please contact Colin Joyce (cjjoyce@princeton.edu).

Refer to the following web site concerning the Rules of use for the IS☉IS energetic particle data: https://spp-isois.sr.unh.edu/ISOIS_Terms_of_Use.html.

The PSP IS☉IS effort is funded as part of the NASA Parker Solar Probe mission under contract NNN06AA01C. Use of any PSP IS☉IS data in publications or presentations should include the following text for acknowledgement and also cite the PSP IS☉IS instrument suite publication:

Acknowledgement: Thanks to the Integrated Science Investigation of the Sun (IS☉IS) Science Team (PI: D. J. McComas, Princeton University).

Citation: McComas, D. J. (2020). PSP Integrated Science Investigation of the Sun, Energetic Particle Instrument-Lo (ISOIS EPI-Lo) Ion Composition, Level 2 (L2), 1 min Data [Data set]. NASA Space Physics Data Facility. https://doi.org/10.48322/vrve-qw24

Please acknowledge the Principal Investigator D. J. McComas by using the following text: Thanks to the Integrated Science Investigation of the Sun (IS☉IS) Science Team (PI: D. J. McComas, Princeton University). And, please cite the PSP IS☉IS instrument suite publication: McComas, D. J. et al (2016). Space Sci. Rev., doi:10.1007/s11214-014-0059-1. See https://spp-isois.sr.unh.edu/ISOIS_Terms_of_Use.html.

Parker Solar Probe, PSP, IS☉IS Instrument Suite Description: McComas, D. J. et al., Integrated Science Investigation of the Sun (ISIS): Design of the Energetic Particle Investigation, Space Sci. Rev., 204, 187-256 (2016)

PSP IS☉IS Instrument Suite, Rules of the Road, SOC web site, UNH

Parker Solar Probe, PSP, IS☉IS Instrument Suite, Rules of the Road, Spacecraft Operations Center, SOC, web site, Univ. of New Hampshire

PSP IS☉IS Instrument Suite, Energetic Particle Data - User Guide, SOC web site, UNH

Parker Solar Probe, PSP, IS☉IS Instrument Suite, Energetic Particle Data - User Guide, Spacecraft Operations Center, SOC, web site, Univ. of New Hampshire

Parker Solar Probe, PSP, IS☉IS Instrument Suite, Spacecraft Operations Center, SOC, web site, Univ. of New Hampshire. This is the official science data host site for the IS☉IS instrument suite and visualization toolkit.

Parker Solar Probe, PSP, FIELDS Instrument Suite, Spacecraft Operations Center, SOC, web site, UC Berkeley. The magnetic field data used for pitch angle calculation of IS☉IS energetic particle data is provided courtesy of the PSP FIELDS team.

Please acknowledge the Principal Investigator D. J. McComas. Please acknowledge the Data Providers and CDAWeb when using these Data.

Channel C, Flow Direction for each Direction Bin, Heliocentric Inertial Coordinates, Cartesian

Channel C, Ion Mode 1, Flow Direction for each Direction Bin, unit vector, Heliocentric Inertial, HCI, Coordinates, Cartesian.

* Column 1 Labels from LOOK_DIRECTION_80: ["L00","L01","L02","L03","L04","L05","L06","L07","L08","L09","L10","L11","L12","L13","L14","L15","L16","L17","L18","L19","L20","L21","L22","L23","L24","L25","L26","L27","L28","L29","L30","L31","L32","L33","L34","L35","L36","L37","L38","L39","L40","L41","L42","L43","L44","L45","L46","L47","L48","L49","L50","L51","L52","L53","L54","L55","L56","L57","L58","L59","L60","L61","L62","L63","L64","L65","L66","L67","L68","L69","L70","L71","L72","L73","L74","L75","L76","L77","L78","L79"].
* Column 2 Labels from : ["x HCI","y HCI","z HCI"].

Epoch Time Tags, Nanoseconds since J2000 at Midpoint of the Integration for Channel C, Ion Mode 1 data Parameters

Mnenomic Pattern: Epoch_ChanC. This Parameter exhibits an increasing Monotonic Progression.

Epoch Time Delta Plus/Minus, one half of the Integration Time in Nanoseconds, used for Delta in Epoch for Channel C, Ion Mode 1 data Parameters

Channel D, Flow Direction for each Direction Bin, Heliocentric Inertial Coordinates, Cartesian

Channel D, Ion Mode 2, Flow Direction for each Direction Bin, unit vector, Heliocentric Inertial, HCI, Coordinates, Cartesian.

Epoch Time Tags, Nanoseconds since J2000 at Midpoint of the Integration for Channel D, Ion Mode 2 data Parameters

Mnenomic Pattern: Epoch_ChanD. This Parameter exhibits an increasing Monotonic Progression.

Epoch Time Delta Plus/Minus, one half of the Integration Time in Nanoseconds, used for Delta in Epoch for Channel D, Ion Mode 2 data Parameters

Proton, H, Differential Flux, Channel R, High Time Resolution Mode.

* Column 1 Labels from LOOK_DIRECTION_80: ["L00","L01","L02","L03","L04","L05","L06","L07","L08","L09","L10","L11","L12","L13","L14","L15","L16","L17","L18","L19","L20","L21","L22","L23","L24","L25","L26","L27","L28","L29","L30","L31","L32","L33","L34","L35","L36","L37","L38","L39","L40","L41","L42","L43","L44","L45","L46","L47","L48","L49","L50","L51","L52","L53","L54","L55","L56","L57","L58","L59","L60","L61","L62","L63","L64","L65","L66","L67","L68","L69","L70","L71","L72","L73","L74","L75","L76","L77","L78","L79"]

* Warning: CDAWeb plots not supported
* Ion Composition Mode
* Mnenomic Pattern: Flux
* Variable Purpose: PRIMARY_VAR,SUMMARY

Proton, H, Differential Flux Uncertainty, Channel R, High Time Resolution Mode.

* Based on a combination of rate scaler compression and Poisson statistics, one sigma.
* Mnenomic Pattern: Flux_DELTA

Epoch Time Tags, Nanoseconds since J2000 at Midpoint of the Integration for Channel R, High Time Resolution Mode data Parameters

Mnenomic Pattern: Epoch_ChanR. This Parameter exhibits an increasing Monotonic Progression.

Channel R, H, Bin Characteristic Energy Value, Count Rate Parameters

Channel R, High Time Resolution Mode, Proton, H, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

* Column 1 Labels from LOOK_DIRECTION_80: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79]

Epoch Time Delta Plus/Minus, one half of the Integration Time in Nanoseconds, used for Delta in Epoch for Channel R, High Time Resolution Mode data Parameters

Channel R, H, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel R, High Time Resolution Mode, Proton, H, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel R, H, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel R, High Time Resolution Mode, Proton, H, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Proton, H, Differential Flux, Channel P, High Resolution Mode.

Proton, H, Differential Flux Uncertainty, Channel P, High Resolution Mode.

Epoch Time Tags, Nanoseconds since J2000 at Midpoint of the Integration for Channel P, High Resolution Mode data Parameters

Mnenomic Pattern: Epoch_ChanP. This Parameter exhibits an increasing Monotonic Progression.

Channel P, H, Bin Characteristic Energy Value, Count Rate Parameters

Channel P, High Resolution Mode, Proton, H, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Epoch Time Delta Plus/Minus, one half of the Integration Time in Nanoseconds, used for Delta in Epoch for Channel P, High Resolution Mode data Parameters

Channel P, H, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel P, High Resolution Mode, Proton, H, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel P, H, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel P, High Resolution Mode, Proton, H, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel R, Spacecraft Position, Heliocentric Radial Distance, Heliographic Carrington Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliographic Carrington, HGI, Coordinates, Spherical

* See Franz, D. and M. Draper, Heliospheric Coordinate Systems, Planet. Space Sci., 50, 217-233, 2002.
* Mnenomic Pattern: HGC_R_ChanR

Channel P, Spacecraft Position, Heliocentric Radial Distance, Heliographic Carrington Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_R_ChanP

Channel D, Spacecraft Position, Longitude, Heliocentric Inertial Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Longitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lon_ChanD

Channel T, Spacecraft Position, Heliocentric Radial Distance, Heliographic Carrington Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_R_ChanT

Epoch Time Tags, Nanoseconds since J2000 at Midpoint of the Integration for Channel T, Ion Time of Flight, TOF, Mode data Parameters

Mnenomic Pattern: Epoch_ChanT. This Parameter exhibits an increasing Monotonic Progression.

Epoch Time Delta Plus/Minus, one half of the Integration Time in Nanoseconds, used for Delta in Epoch for Channel T, Ion Time of Flight, TOF, Mode data Parameters

Channel P, Flow Direction for each Direction Bin, Heliocentric Inertial Coordinates, Cartesian

Channel P, High Resolution Mode, Flow Direction for each Direction Bin, unit vector, Heliocentric Inertial, HCI, Coordinates, Cartesian.

Channel C, Spacecraft Position, Heliocentric Radial Distance, Heliographic Carrington Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_R_ChanC

Channel R, Flow Direction for each Direction Bin, Heliocentric Inertial Coordinates, Cartesian

Channel R, High Time Resolution Mode, Flow Direction for each Direction Bin, unit vector, Heliocentric Inertial, HCI, Coordinates, Cartesian.

Proton, H, Differential Flux, Channel T, Ion Time of Flight, TOF, Mode.

Proton, H, Differential Flux Uncertainty, Channel T, Ion Time of Flight, TOF, Mode.

Channel T, H, Bin Characteristic Energy Value per Nuclide, Count Rate Parameters

Channel T, Ion Time of Flight, TOF, Mode, Proton, H, Bin Characteristic Energy Value per Nuclide for the Differential Count Rate Parameters.

Channel T, H, Bin Characteristic Energy Value per Nuclide Delta Minus, Count Rate Parameters

Channel T, Ion Time of Flight, TOF, Mode, Proton, H, Bin Characteristic Energy Value per Nuclide, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel T, H, Bin Characteristic Energy Value per Nuclide Delta Plus, Count Rate Parameters

Channel T, Ion Time of Flight, TOF, Mode, Proton, H, Bin Characteristic Energy Value per Nuclide, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel T, Flow Direction for each Direction Bin, Heliocentric Inertial Coordinates, Cartesian

Channel T, Ion Time of Flight, TOF, Mode, Flow Direction for each Direction Bin, unit vector, Heliocentric Inertial, HCI, Coordinates, Cartesian.

Magnesium, Mg Count Rate, Channel D, Ion Mode 2.

* Ion Composition Mode, corrected for deadtime
* Mnenomic Pattern: CountRate

Channel D, Mg, Bin Characteristic Energy Value, Count Rate Parameters

Channel D, Ion Mode 2, Magnesium, Mg, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel D, Mg, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel D, Ion Mode 2, Magnesium, Mg, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel D, Mg, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel D, Ion Mode 2, Magnesium, Mg, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel R, Spacecraft Position, Longitude, Heliocentric Inertial Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Longitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lon_ChanR

Channel P, Spacecraft Position, Longitude, Heliocentric Inertial Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Longitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lon_ChanP

Channel T, Spacecraft Position, Longitude, Heliocentric Inertial Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Longitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lon_ChanT

Channel D, Spacecraft Position, Heliocentric Radial Distance, Heliographic Carrington Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_R_ChanD

Channel C, Spacecraft Position, Longitude, Heliographic Carrington Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Longitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lon_ChanC

Channel D, Spacecraft Position, Longitude, Heliographic Carrington Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Longitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lon_ChanD

Helium 3, He3 Count Rate, Channel C, Ion Mode 1.

Channel C, He3, Bin Characteristic Energy Value, Count Rate Parameters

Channel C, Ion Mode 1, Helium 3, He3, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel C, He3, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel C, Ion Mode 1, Helium 3, He3, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel D, Spacecraft Position, Latitude, Heliocentric Inertial Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Latitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lat_ChanD

Channel P, Spacecraft Position, Longitude, Heliographic Carrington Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Longitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lon_ChanP

Channel R, Spacecraft Position, Longitude, Heliographic Carrington Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Longitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lon_ChanR

Channel C, Spacecraft Position, Latitude, Heliographic Carrington Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Latitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lat_ChanC

Channel T, Spacecraft Position, Longitude, Heliographic Carrington Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Longitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lon_ChanT

Channel C, Spacecraft Position, Longitude, Heliocentric Inertial Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Longitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lon_ChanC

Channel D, Spacecraft Position, Latitude, Heliographic Carrington Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Latitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lat_ChanD

Alpha Particle, He4 Count Rate, Channel C, Ion Mode 1.

Channel C, He4, Bin Characteristic Energy Value, Count Rate Parameters

Channel C, Ion Mode 1, Alpha Particle, He4, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel C, He4, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel C, Ion Mode 1, Alpha Particle, He4, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel C, He4, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel C, Ion Mode 1, Alpha Particle, He4, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel R, Spacecraft Position, Latitude, Heliocentric Inertial Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Latitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lat_ChanR

Channel P, Spacecraft Position, Latitude, Heliographic Carrington Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Latitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lat_ChanP

Channel P, Spacecraft Position, Latitude, Heliocentric Inertial Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Latitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lat_ChanP

Channel P, Spacecraft Position, Heliocentric Radial Distance, Heliocentric Inertial Coordinates, Spherical

Channel P, High Resolution Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_R_ChanP

Channel T, Spacecraft Position, Latitude, Heliocentric Inertial Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Latitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lat_ChanT

Channel R, Spacecraft Position, Heliocentric Radial Distance, Heliocentric Inertial Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_R_ChanR

Silicon, Si Count Rate, Channel D, Ion Mode 2.

Channel D, Si, Bin Characteristic Energy Value, Count Rate Parameters

Channel D, Ion Mode 2, Silicon, Si, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel D, Si, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel D, Ion Mode 2, Silicon, Si, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel D, Si, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel D, Ion Mode 2, Silicon, Si, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel R, Spacecraft Position, Latitude, Heliographic Carrington Coordinates, Spherical

Channel R, High Time Resolution Mode, Spacecraft Position at the Timestamp, Latitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lat_ChanR

Channel T, Spacecraft Position, Latitude, Heliographic Carrington Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Latitude, Heliographic Carrington, HGI, Coordinates, Spherical

* Mnenomic Pattern: HGC_Lat_ChanT

Channel C, Spacecraft Position, Latitude, Heliocentric Inertial Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Latitude, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_Lat_ChanC

Proton, H Count Rate, Channel T, Ion Time of Flight, TOF, Mode.

Proton, H Count Rate, Channel R, High Time Resolution Mode.

Proton, H Count Rate, Channel P, High Resolution Mode.

Carbon, C Count Rate, Channel D, Ion Mode 2.

Channel D, C, Bin Characteristic Energy Value, Count Rate Parameters

Channel D, Ion Mode 2, Carbon, C, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel D, C, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel D, Ion Mode 2, Carbon, C, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel D, C, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel D, Ion Mode 2, Carbon, C, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Fe, Fe Count Rate, Channel C, Ion Mode 1.

Channel C, Fe, Bin Characteristic Energy Value, Count Rate Parameters

Channel C, Ion Mode 1, Fe, Fe, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel C, Fe, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel C, Ion Mode 1, Fe, Fe, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel C, Fe, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel C, Ion Mode 1, Fe, Fe, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel C, Spacecraft Position, Heliocentric Radial Distance, Heliocentric Inertial Coordinates, Spherical

Channel C, Ion Mode 1, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_R_ChanC

Channel T, Spacecraft Position, Heliocentric Radial Distance, Heliocentric Inertial Coordinates, Spherical

Channel T, Ion Time of Flight, TOF, Mode, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_R_ChanT

Channel P, Flow Direction for each Direction Bin, Radial-Tangential-Normal Coordinates, Cartesian

Channel P, High Resolution Mode, Flow Direction for each Direction Bin, unit vector, Radial-Tangential-Normal, RTN, Coordinates, Cartesian.

* Column 2 Labels from : ["R","T","N"].

Channel R, Flow Direction for each Direction Bin, Radial-Tangential-Normal Coordinates, Cartesian

Channel R, High Time Resolution Mode, Flow Direction for each Direction Bin, unit vector, Radial-Tangential-Normal, RTN, Coordinates, Cartesian.

Alpha Particle, He4, Differential Flux, Channel C, Ion Mode 1.

Alpha Particle, He4, Differential Flux Uncertainty, Channel C, Ion Mode 1.

Channel T, Flow Direction for each Direction Bin, Radial-Tangential-Normal Coordinates, Cartesian

Channel T, Ion Time of Flight, TOF, Mode, Flow Direction for each Direction Bin, unit vector, Radial-Tangential-Normal, RTN, Coordinates, Cartesian.

Channel D, Spacecraft Position, Heliocentric Radial Distance, Heliocentric Inertial Coordinates, Spherical

Channel D, Ion Mode 2, Spacecraft Position at the Timestamp, Heliocentric Radial Distance, Heliocentric Inertial, HCI, Coordinates, Spherical

* Mnenomic Pattern: HCI_R_ChanD

Oxygen, O Count Rate, Channel C, Ion Mode 1.

Channel C, O, Bin Characteristic Energy Value, Count Rate Parameters

Channel C, Ion Mode 1, Oxygen, O, Bin Characteristic Energy Value for the Differential Count Rate Parameters.

Channel C, O, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel C, Ion Mode 1, Oxygen, O, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

Channel C, O, Bin Characteristic Energy Value Delta Plus, Count Rate Parameters

Channel C, Ion Mode 1, Oxygen, O, Bin Characteristic Energy Value, Delta Plus, bin top minus bin geometric center, for the Differential Count Rate Parameters

Channel C, Flow Direction for each Direction Bin, Radial-Tangential-Normal Coordinates, Cartesian

Channel C, Ion Mode 1, Flow Direction for each Direction Bin, unit vector, Radial-Tangential-Normal, RTN, Coordinates, Cartesian.

Channel D, Flow Direction for each Direction Bin, Radial-Tangential-Normal Coordinates, Cartesian

Channel D, Ion Mode 2, Flow Direction for each Direction Bin, unit vector, Radial-Tangential-Normal, RTN, Coordinates, Cartesian.

Channel T, Ion Time of Flight, TOF, Mode, Pitch Angle for each Direction Bin

Channel P, High Resolution Mode, Pitch Angle for each Direction Bin

Channel R, High Time Resolution Mode, Pitch Angle for each Direction Bin

Channel R, High Time Resolution Mode, Parker Spiral Angle, nominal

Channel T, Ion Time of Flight, TOF, Mode, Parker Spiral Angle, nominal

Proton, H, Channel R, High Time Resolution Mode, Energy for slice

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: H_ChanR_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: H_ChanP_Energy.

Channel T, H, Bin Characteristic Energy Value, Count Rate Parameters, spectrogram

Channel T, Ion Time of Flight, TOF, Mode, Proton, H, Bin Characteristic Energy Value for the Differential Count Rate Parameters, for spectrogram display

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: H_ChanT_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: Mg_ChanD_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: He3_ChanC_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: He4_ChanC_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: Si_ChanD_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: C_ChanD_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: Fe_ChanC_Energy.

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: O_ChanC_Energy.

Alpha Particle, He4, Average Flux Channel C, Ion Mode 1, Ions1 mode, averaged over all look direction

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: He4_Flux_ChanC.

Proton, H, Average Flux Channel P, High Resolution Mode, HiResProtons mode, averaged over all look direction

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_Flux_ChanP.

Proton, H, Average Flux Channel R, High Time Resolution Mode, HiResProtons mode, averaged over all look direction

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_Flux_ChanR.

Proton, H, Average Flux Channel T, Ion Time of Flight, TOF, Mode, IonsTOF mode, averaged over all look direction

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_Flux_ChanT.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: C_CountRate_ChanD.

Carbon, C Counts, Channel D, Ion Mode 2.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: Fe_CountRate_ChanC.

Fe, Fe Counts, Channel C, Ion Mode 1.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_CountRate_ChanP.

Proton, H Average Count Rates, Channel R, High Time Resolution Mode

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_CountRate_ChanR.

Proton, H Average Count Rates, Channel T, Ion Time of Flight, TOF, Mode

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: H_CountRate_ChanT.

Proton, H Counts, Channel P, High Resolution Mode.

Proton, H Counts, Channel R, High Time Resolution Mode.

Proton, H Counts, Channel T, Ion Time of Flight, TOF, Mode.

Channel C, He3, Bin Characteristic Energy Value Delta Minus, Count Rate Parameters

Channel C, Ion Mode 1, Helium 3, He3, Bin Characteristic Energy Value, Delta Minus, bin geometric center minus bin bottom, for the Differential Count Rate Parameters

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: He3_CountRate_ChanC.

Helium 3, He3 Counts, Channel C, Ion Mode 1.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: He4_CountRate_ChanC.

Alpha Particle, He4 Counts, Channel C, Ion Mode 1.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: Mg_CountRate_ChanD.

Magnesium, Mg Counts, Channel D, Ion Mode 2.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: O_CountRate_ChanC.

Oxygen, O Counts, Channel C, Ion Mode 1.

This parameter is virtual. It is calculated by calling the function SPDF_3D_TO_2D_AVG_OVER_COL with the following input parameters: Si_CountRate_ChanD.

Silicon, Si Counts, Channel D, Ion Mode 2.

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