Wind SMS Suite SupraThermal Ion Composition Spectrometer (SMS/STICS) Ion Velocity Distribution Functions (VDFs), Level 2 (L2), 3-minute Data in Magnetosphere

https://doi.org/10.48322/bm5n-eg33

2024-03-14 00:00:00

The data include Wind STICS 3-minute 3D velocity distribution functions (VDFs) in three units (phase space density, differential number flux and counts), together with their statistical errors, for selected ion species using triple coincidence (H+, He+, He2+, C5+, O+, O6+, and Fe10+) and double coincidence (H+, He+, He2+, O+, O6+) measurements in the magnetosphere. For details, see https://spdf.gsfc.nasa.gov/pub/data/wind/documents/wind_stics_lv2_release_notes_revD.pdf.
The Suprathermal Ion Composition Spectrometer (STICS) is a time of flight (TOF) plasma mass spectrometer, capable of identifying mass and mass per charge for incident ions up to 200 keV/e. It uses an electrostatic analyzer to admit ions of a particular energy per charge (E/Q) into the TOF chamber. The E/Q voltage is stepped through 32 values, sitting at each value for approximately 24 sec., to measure ions over the full E/Q range of 6 - 200 keV/e. Ions then pass through a carbon foil and TOF chamber, before finally impacting on a solid-state detector (SSD) for energy measurement. STICS combines these three measurements of E/Q, TOF and residual energy, producing PHA words. This triple-coincidence technique greatly improves the signal to noise ratio in the data. Measurements of E/Q and TOF without residual energy also produce PHA words. These double-coincidence measurements are characterized by better statistics since ions whose energy does not allow them to be registered by the SSD can still be counted in double-coincidence measurements. However, ion identification in double-coincidence measurements are limited to a select number of ions that are well separated in E/Q - TOF space. The STICS instrument provides full 3D velocity distribution functions, through a combination of multiple telescopes and spacecraft spin. The instrument includes 3 separate TOF telescopes that view 3 separate latitude sectors, as shown in Figure 1 (https://spdf.gsfc.nasa.gov/pub/data/wind/documents/wind_stics_lv2_release_notes_revD.pdf). In addition, the WIND spacecraft spins, allowing the 3 telescopes to trace out a nearly 4π steradian viewing area. The longitudinal sectors are shown in Figure 2. The solar direction is in sectors 8-10 while the earthward direction is in sectors 0-2.

Please acknowledge the Principal Investigator S. T. Lepri for use of the Data

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CDF

None

Please acknowledge the Principal Investigator S. T. Lepri. Please acknowledge the Data Providers and CDAWeb when using these Data.

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CSV

PT3M

Time

Epoch

Time start of avg interval

This Parameter exhibits an increasing Monotonic Progression

ms

1.0e-3>s

01-Jan-1994 00:00:00.000

01-Jan-2020 00:00:00.000

31-Dec-9999 23:59:59.999

DF tc H+

Time series defined by using: Epoch

DF_tc_hplus

[no plot] Full 3-D VDF in phase space density for triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc H+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_hplus_sum

Phase space density value triple coincidence H+ - summed over telescope and sector

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

PT3M

s^3/km^6

-1.0e+31

DF tc H+: sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_hplus_sum1_sort

Phase space density value triple coincidence H+ - summed over telescope and eoq (sorted sector)

* SPDF:summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_hplus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc H+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_hplus

Phase space density value triple coincidence H+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error tc H+

Time series defined by using: Epoch

DF_error_tc_hplus

[no plot] Error in velocity distribution function value triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc H+

Time series defined by using: Epoch

counts_tc_hplus

[no plot] Full 3-D VDF in counts for triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc H+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_hplus_sum

Counts for triple coincidence H+ - summed over telescope and sector

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

PT3M

-1.0e+31

counts tc H+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_hplus_sum1_sort

Counts for triple coincidence H+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_hplus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc H+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_hplus

Counts for triple coincidence H+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

-1.0e+31

counts error tc H+

Time series defined by using: Epoch

counts_error_tc_hplus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc H+

Time series defined by using: Epoch

dJ_tc_hplus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc H+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_hplus_sum

Differential flux, dJ/dE triple coincidence H+ - summed over telescope and sector

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc H+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_hplus_sum1_sort

Differential flux, dJ/dE triple coincidence H+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_hplus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc H+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_hplus

Differential flux, dJ/dE triple coincidence H+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc H+

Time series defined by using: Epoch

dJ_error_tc_hplus

[no plot] Error in the differential flux value triple coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc He+

Time series defined by using: Epoch

DF_tc_heplus

[no plot] Full 3-D VDF in phase space density for triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc He+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_heplus_sum

Phase space density value triple coincidence He+ - summed over telescope and sector

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

PT3M

s^3/km^6

-1.0e+31

DF tc He+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_heplus_sum1_sort

Phase space density value triple coincidence He+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_heplus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc He+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_heplus

Phase space density value triple coincidence He+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error tc He+

Time series defined by using: Epoch

DF_error_tc_heplus

[no plot] Error in velocity distribution function value triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc He+

Time series defined by using: Epoch

counts_tc_heplus

[no plot] Full 3-D VDF in counts for triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc He+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_heplus_sum

Counts for triple coincidence He+ - summed over telescope and sector

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

PT3M

-1.0e+31

counts tc He+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_heplus_sum1_sort

Counts for triple coincidence He+ - summed over telescope and eoq (sorted sector)

* SPDF:summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_heplus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc He+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_heplus

Counts for triple coincidence He+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

-1.0e+31

counts error tc He+

Time series defined by using: Epoch

counts_error_tc_heplus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc He+

Time series defined by using: Epoch

dJ_tc_heplus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_heplus_sum

Differential flux, dJ/dE triple coincidence He+ - summed over telescope and sector

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_heplus_sum1_sort

Differential flux, dJ/dE triple coincidence He+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_heplus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_heplus

Differential flux, dJ/dE triple coincidence He+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc He+

Time series defined by using: Epoch

dJ_error_tc_heplus

[no plot] Error in the differential flux value triple coincidence He+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc He2+

Time series defined by using: Epoch

DF_tc_he2plus

[no plot] Full 3-D VDF in phase space density for triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc He2+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_he2plus_sum

Phase space density value triple coincidence He2+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_he2plus.

PT3M

s^3/km^6

-1.0e+31

DF tc He2+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_he2plus_sum1_sort

Phase space density value triple coincidence He2+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_he2plus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc He2+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_he2plus

Phase space density value triple coincidence He2+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_he2plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc He2+

Time series defined by using: Epoch

DF_error_tc_he2plus

[no plot] Error in velocity distribution function value triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc He2+

Time series defined by using: Epoch

counts_tc_he2plus

[no plot] Full 3-D VDF in counts for triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

Counts tc He2+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_he2plus_sum

Counts for triple coincidence He2+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_he2plus.

PT3M

-1.0e+31

Counts tc He2+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_he2plus_sum1_sort

Counts for triple coincidence He2+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_he2plus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc He2+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_he2plus

Counts for triple coincidence He2+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_he2plus.

PT3M

-1.0e+31

counts error tc He2+

Time series defined by using: Epoch

counts_error_tc_he2plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc He2+

Time series defined by using: Epoch

dJ_tc_he2plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He2+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_he2plus_sum

Differential flux, dJ/dE triple coincidence He2+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_he2plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He2+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_he2plus_sum1_sort

Differential flux, dJ/dE triple coincidence He2+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_he2plus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc He2+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_he2plus

Differential flux, dJ/dE triple coincidence He2+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_he2plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc He2+

Time series defined by using: Epoch

dJ_error_tc_he2plus

[no plot] Error in the differential flux value triple coincidence He2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc O+

Time series defined by using: Epoch

DF_tc_oplus

[no plot] Full 3-D VDF in phase space density for triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc O+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_oplus_sum

Phase space density value triple coincidence O+ - summed over telescope and sector

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

PT3M

s^3/km^6

-1.0e+31

DF tc O+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_oplus_sum1_sort

Phase space density value triple coincidence O+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_oplus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc O+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_oplus

Phase space density value triple coincidence O+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error tc O+

Time series defined by using: Epoch

DF_error_tc_oplus

[no plot] Error in velocity distribution function value triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc O+

Time series defined by using: Epoch

counts_tc_oplus

[no plot] Full 3-D VDF in counts for triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc O+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_oplus_sum

Counts for triple coincidence O+ - summed over telescope and sector

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

PT3M

-1.0e+31

counts tc O+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_oplus_sum1_sort

Counts for triple coincidence O+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_oplus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc O+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_oplus

Counts for triple coincidence O+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

-1.0e+31

counts error tc O+

Time series defined by using: Epoch

counts_error_tc_oplus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc O+

Time series defined by using: Epoch

dJ_tc_oplus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_oplus_sum

Differential flux, dJ/dE triple coincidence O+ - summed over telescope and sector

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_oplus_sum1_sort

Differential flux, dJ/dE triple coincidence O+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_oplus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_oplus

Differential flux, dJ/dE triple coincidence O+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc O+

Time series defined by using: Epoch

dJ_error_tc_oplus

[no plot] Error in the differential flux value triple coincidence O+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc O6+

Time series defined by using: Epoch

DF_tc_o6plus

[no plot] Full 3-D VDF in phase space density for triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc O6+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_o6plus_sum

Phase space density value triple coincidence O6+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_o6plus.

PT3M

s^3/km^6

-1.0e+31

DF tc O6+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_o6plus_sum1_sort

Phase space density value triple coincidence O6+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_o6plus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc O6+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_o6plus

Phase space density value triple coincidence O6+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o6plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc O6+

Time series defined by using: Epoch

DF_error_tc_o6plus

[no plot] Error in velocity distribution function value triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc O6+

Time series defined by using: Epoch

counts_tc_o6plus

[no plot] Full 3-D VDF in counts for triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc O6+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_o6plus_sum

Counts for triple coincidence O6+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_o6plus.

PT3M

-1.0e+31

counts tc O6+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_o6plus_sum1_sort

Counts for triple coincidence O6+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_o6plus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc O6+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_o6plus

Counts for triple coincidence O6+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_o6plus.

PT3M

-1.0e+31

counts error tc O6+

Time series defined by using: Epoch

counts_error_tc_o6plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc O6+

Time series defined by using: Epoch

dJ_tc_o6plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O6+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_o6plus_sum

Differential flux, dJ/dE triple coincidence O6+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_o6plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O6+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_o6plus_sum1_sort

Differential flux, dJ/dE triple coincidence O6+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_o6plus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O6+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_o6plus

Differential flux, dJ/dE triple coincidence O6+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o6plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc O6+

Time series defined by using: Epoch

dJ_error_tc_o6plus

[no plot] Error in the differential flux value triple coincidence O6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc C5+

Time series defined by using: Epoch

DF_tc_c5plus

[no plot] Full 3-D VDF in phase space density for triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc C5+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_c5plus_sum

Phase space density value triple coincidence C5+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_c5plus.

PT3M

s^3/km^6

-1.0e+31

DF tc C5+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_c5plus_sum1_sort

Phase space density value triple coincidence C5+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_c5plus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc C5+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_c5plus

Phase space density value triple coincidence C5+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c5plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc C5+

Time series defined by using: Epoch

DF_error_tc_c5plus

[no plot] Error in velocity distribution function value triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc C5+

Time series defined by using: Epoch

counts_tc_c5plus

[no plot] Full 3-D VDF in counts for triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc C5+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_c5plus_sum

Counts for triple coincidence C5+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_c5plus.

PT3M

-1.0e+31

counts tc C5+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_c5plus_sum1_sort

Counts for triple coincidence C5+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_c5plus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc C5+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_c5plus

Counts for triple coincidence C5+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_c5plus.

PT3M

s^3/km^6

-1.0e+31

counts error tc C5+

Time series defined by using: Epoch

counts_error_tc_c5plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc C5+

Time series defined by using: Epoch

dJ_tc_c5plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C5+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_c5plus_sum

Differential flux, dJ/dE triple coincidence C5+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_c5plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C5+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_c5plus_sum1_sort

Differential flux, dJ/dE triple coincidence C5+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_c5plus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C5+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_c5plus

Differential flux, dJ/dE triple coincidence C5+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c5plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc C5+

Time series defined by using: Epoch

dJ_error_tc_c5plus

[no plot] Error in the differential flux value triple coincidence C5+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc Fe10+

Time series defined by using: Epoch

DF_tc_fe10plus

[no plot] Full 3-D VDF in phase space density for triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc Fe10+:sum over tscope and sector

Time series defined by using: Epoch

DF_tc_fe10plus_sum

Phase space density value triple coincidence Fe10+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: DF_tc_fe10plus.

PT3M

s^3/km^6

-1.0e+31

DF tc Fe10+:sum over tscope and eoq

Time series defined by using: Epoch

DF_tc_fe10plus_sum1_sort

Phase space density value triple coincidence Fe10+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_tc_fe10plus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF tc Fe10+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_fe10plus

Phase space density value triple coincidence Fe10+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe10plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc Fe10+

Time series defined by using: Epoch

DF_error_tc_fe10plus

[no plot] Error in velocity distribution function value triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc Fe10+

Time series defined by using: Epoch

counts_tc_fe10plus

[no plot] Full 3-D VDF in counts for triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts tc Fe10+:sum over tscope and sector

Time series defined by using: Epoch

counts_tc_fe10plus_sum

Counts for triple coincidence Fe10+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: counts_tc_fe10plus.

PT3M

-1.0e+31

counts tc Fe10+:sum over tscope and eoq

Time series defined by using: Epoch

counts_tc_fe10plus_sum1_sort

Counts for triple coincidence Fe10+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: counts_tc_fe10plus_sum1, SECTOR_angle.

PT3M

-1.0e+31

Counts tc Fe10+ Telescope 2

Time series defined by using: Epoch

counts_T2_tc_fe10plus

Counts for triple coincidence Fe10+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: counts_tc_fe10plus.

PT3M

-1.0e+31

counts error tc Fe10+

Time series defined by using: Epoch

counts_error_tc_fe10plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc Fe10+

Time series defined by using: Epoch

dJ_tc_fe10plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe10+:sum over tscope and sector

Time series defined by using: Epoch

dJ_tc_fe10plus_sum

Differential flux, dJ/dE triple coincidence Fe10+ - summed over telescope and sector

This parameter is virtual. It is calculated by calling the function SPDF_SUM_OVER_COL_ROW with the following input parameters: dJ_tc_fe10plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe10+:sum over tscope and eoq

Time series defined by using: Epoch

dJ_tc_fe10plus_sum1_sort

Differential flux, dJ/dE triple coincidence Fe10+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: dJ_tc_fe10plus_sum1, SECTOR_angle.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe10+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_fe10plus

Differential flux, dJ/dE triple coincidence Fe10+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe10plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc Fe10+

Time series defined by using: Epoch

dJ_error_tc_fe10plus

[no plot] Error in the differential flux value triple coincidence Fe10+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc C+

Time series defined by using: Epoch

DF_tc_cplus

[no plot] Full 3-D VDF in phase space density for triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

SPDF: from this variable down, are placeholder variables

PT3M

s^3/km^6

-1.0e+31

DF tc C+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_cplus

Phase space density value triple coincidence C+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error tc C+

Time series defined by using: Epoch

DF_error_tc_cplus

[no plot] Error in velocity distribution function value triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc C+

Time series defined by using: Epoch

counts_tc_cplus

[no plot] Full 3-D VDF in counts for triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc C+

Time series defined by using: Epoch

counts_error_tc_cplus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc C+

Time series defined by using: Epoch

dJ_tc_cplus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_cplus

Differential flux, dJ/dE triple coincidence C+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc C+

Time series defined by using: Epoch

dJ_error_tc_cplus

[no plot] Error in the differential flux value triple coincidence C+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc N+

Time series defined by using: Epoch

DF_tc_nplus

[no plot] Full 3-D VDF in phase space density for triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc N+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_nplus

Phase space density value triple coincidence N+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error tc N+

Time series defined by using: Epoch

DF_error_tc_nplus

[no plot] Error in velocity distribution function value triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc N+

Time series defined by using: Epoch

counts_tc_nplus

[no plot] Full 3-D VDF in counts for triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc N+

Time series defined by using: Epoch

counts_error_tc_nplus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc N+

Time series defined by using: Epoch

dJ_tc_nplus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc N+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_nplus

Differential flux, dJ/dE triple coincidence N+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc N+

Time series defined by using: Epoch

dJ_error_tc_nplus

[no plot] Error in the differential flux value triple coincidence N+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc O2+

Time series defined by using: Epoch

DF_tc_o2plus

[no plot] Full 3-D VDF in phase space density for triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc O2+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_o2plus

Phase space density value triple coincidence O2+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o2plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc O2+

Time series defined by using: Epoch

DF_error_tc_o2plus

[no plot] Error in velocity distribution function value triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc O2+

Time series defined by using: Epoch

counts_tc_o2plus

[no plot] Full 3-D VDF in counts for triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc O2+

Time series defined by using: Epoch

counts_error_tc_o2plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc O2+

Time series defined by using: Epoch

dJ_tc_o2plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O2+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_o2plus

Differential flux, dJ/dE triple coincidence O2+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o2plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc O2+

Time series defined by using: Epoch

dJ_error_tc_o2plus

[no plot] Error in the differential flux value triple coincidence O2+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc O7+

Time series defined by using: Epoch

DF_tc_o7plus

[no plot] Full 3-D VDF in phase space density for triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc O7+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_o7plus

Phase space density value triple coincidence O7+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o7plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc O7+

Time series defined by using: Epoch

DF_error_tc_o7plus

[no plot] Error in velocity distribution function value triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc O7+

Time series defined by using: Epoch

counts_tc_o7plus

[no plot] Full 3-D VDF in counts for triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc O7+

Time series defined by using: Epoch

counts_error_tc_o7plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc O7+

Time series defined by using: Epoch

dJ_tc_o7plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O7+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_o7plus

Differential flux, dJ/dE triple coincidence O7+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o7plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc O7+

Time series defined by using: Epoch

dJ_error_tc_o7plus

[no plot] Error in the differential flux value triple coincidence O7+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc O8+

Time series defined by using: Epoch

DF_tc_o8plus

[no plot] Full 3-D VDF in phase space density for triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc O8+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_o8plus

Phase space density value triple coincidence O8+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_o8plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc O8+

Time series defined by using: Epoch

DF_error_tc_o8plus

[no plot] Error in velocity distribution function value triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc O8+

Time series defined by using: Epoch

counts_tc_o8plus

[no plot] Full 3-D VDF in counts for triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc O8+

Time series defined by using: Epoch

counts_error_tc_o8plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc O8+

Time series defined by using: Epoch

dJ_tc_o8plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc O8+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_o8plus

Differential flux, dJ/dE triple coincidence O8+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_o8plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc O8+

Time series defined by using: Epoch

dJ_error_tc_o8plus

[no plot] Error in the differential flux value triple coincidence O8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc C4+

Time series defined by using: Epoch

DF_tc_c4plus

[no plot] Full 3-D VDF in phase space density for triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc C4+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_c4plus

Phase space density value triple coincidence C4+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c4plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc C4+

Time series defined by using: Epoch

DF_error_tc_c4plus

[no plot] Error in velocity distribution function value triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc C4+

Time series defined by using: Epoch

counts_tc_c4plus

[no plot] Full 3-D VDF in counts for triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc C4+

Time series defined by using: Epoch

counts_error_tc_c4plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc C4+

Time series defined by using: Epoch

dJ_tc_c4plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C4+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_c4plus

Differential flux, dJ/dE triple coincidence C4+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c4plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc C4+

Time series defined by using: Epoch

dJ_error_tc_c4plus

[no plot] Error in the differential flux value triple coincidence C4+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc C6+

Time series defined by using: Epoch

DF_tc_c6plus

[no plot] Full 3-D VDF in phase space density for triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc C6+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_c6plus

Phase space density value triple coincidence C6+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_c6plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc C6+

Time series defined by using: Epoch

DF_error_tc_c6plus

[no plot] Error in velocity distribution function value triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc C6+

Time series defined by using: Epoch

counts_tc_c6plus

[no plot] Full 3-D VDF in counts for triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc C6+

Time series defined by using: Epoch

counts_error_tc_c6plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc C6+

Time series defined by using: Epoch

dJ_tc_c6plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc C6+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_c6plus

Differential flux, dJ/dE triple coincidence C6+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_c6plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc C6+

Time series defined by using: Epoch

dJ_error_tc_c6plus

[no plot] Error in the differential flux value triple coincidence C6+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc Fe8+

Time series defined by using: Epoch

DF_tc_fe8plus

[no plot] Full 3-D VDF in phase space density for triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc Fe8+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_fe8plus

Phase space density value triple coincidence Fe8+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe8plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc Fe8+

Time series defined by using: Epoch

DF_error_tc_fe8plus

[no plot] Error in velocity distribution function value triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc Fe8+

Time series defined by using: Epoch

counts_tc_fe8plus

[no plot] Full 3-D VDF in counts for triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc Fe8+

Time series defined by using: Epoch

counts_error_tc_fe8plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc Fe8+

Time series defined by using: Epoch

dJ_tc_fe8plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe8+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_fe8plus

Differential flux, dJ/dE triple coincidence Fe8+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe8plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc Fe8+

Time series defined by using: Epoch

dJ_error_tc_fe8plus

[no plot] Error in the differential flux value triple coincidence Fe8+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc Fe9+

Time series defined by using: Epoch

DF_tc_fe9plus

[no plot] Full 3-D VDF in phase space density for triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc Fe9+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_fe9plus

Phase space density value triple coincidence Fe9+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe9plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc Fe9+

Time series defined by using: Epoch

DF_error_tc_fe9plus

[no plot] Error in velocity distribution function value triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc Fe9+

Time series defined by using: Epoch

counts_tc_fe9plus

[no plot] Full 3-D VDF in counts for triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc Fe9+

Time series defined by using: Epoch

counts_error_tc_fe9plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc Fe9+

Time series defined by using: Epoch

dJ_tc_fe9plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe9+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_fe9plus

Differential flux, dJ/dE triple coincidence Fe9+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe9plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc Fe9+

Time series defined by using: Epoch

dJ_error_tc_fe9plus

[no plot] Error in the differential flux value triple coincidence Fe9+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF tc Fe16+

Time series defined by using: Epoch

DF_tc_fe16plus

[no plot] Full 3-D VDF in phase space density for triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF tc Fe16+ Telescope 2

Time series defined by using: Epoch

DF_T2_tc_fe16plus

Phase space density value triple coincidence Fe16+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: DF_tc_fe16plus.

PT3M

s^3/km^6

-1.0e+31

DF error tc Fe16+

Time series defined by using: Epoch

DF_error_tc_fe16plus

[no plot] Error in velocity distribution function value triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts tc Fe16+

Time series defined by using: Epoch

counts_tc_fe16plus

[no plot] Full 3-D VDF in counts for triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

counts error tc Fe16+

Time series defined by using: Epoch

counts_error_tc_fe16plus

[no plot] Error in counts estimated assuming Poisson statistics triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

-1.0e+31

dJ tc Fe16+

Time series defined by using: Epoch

dJ_tc_fe16plus

[no plot] Full 3-D VDF differential flux, dJ/dE triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ tc Fe16+ Telescope 2

Time series defined by using: Epoch

dJ_T2_tc_fe16plus

Differential flux, dJ/dE triple coincidence Fe16+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

This parameter is virtual. It is calculated by calling the function ARR_SLICE with the following input parameters: dJ_tc_fe16plus.

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

dJ error tc Fe16+

Time series defined by using: Epoch

dJ_error_tc_fe16plus

[no plot] Error in the differential flux value triple coincidence Fe16+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

(cm^2 s sr eV/eV)^-1

-1.0e+31

DF dc H+

Time series defined by using: Epoch

DF_dc_hplus

[no plot] Full 3-D VDF in phase space density for double coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

DF dc H+:sum over tscope and sector

Time series defined by using: Epoch

DF_dc_hplus_sum

Phase space density value double coincidence H+ - summed over telescope and sector

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

PT3M

s^3/km^6

-1.0e+31

DF dc H+:sum over tscope and eoq

Time series defined by using: Epoch

DF_dc_hplus_sum1_sort

Phase space density value double coincidence H+ - summed over telescope and eoq (sorted sector)

* SPDF: summed and sorted for spectrogram plot This parameter is virtual. It is calculated by calling the function REORDER_DATA with the following input parameters: DF_dc_hplus_sum1, SECTOR_angle.

PT3M

s^3/km^6

-1.0e+31

DF dc H+ Telescope 2

Time series defined by using: Epoch

DF_T2_dc_hplus

Phase space density value double coincidence H+ (Telescope 2).

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"]

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

PT3M

s^3/km^6

-1.0e+31

DF error dc H+

Time series defined by using: Epoch

DF_error_dc_hplus

[no plot] Error in velocity distribution function value double coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M

s^3/km^6

-1.0e+31

counts dc H+

Time series defined by using: Epoch

counts_dc_hplus

[no plot] Full 3-D VDF in counts for double coincidence H+.

• Column 1 Labels from SECTOR_ANGLE: ["Sector 0 202.5 deg","Sector 1 180 deg","Sector 2 157.5 deg","Sector 3 135 deg","Sector 4 112.5 deg","Sector 5 90 deg","Sector 6 67.5 deg","Sector 7 45d eg","Sector 8 22.5 deg","Sector 9 0 deg","Sector 10 337.5deg","Sector 11 315 deg","Sector 12 292.5deg","Sector 13 270 deg","Sector 14 247.5deg","Sector 15 225 deg"].
• Column 2 Labels from TELESCOPE_ANGLE: ["Telescope 1 +53deg","Telescope 2 0deg","Telescope 3 -53deg"].

PT3M