STEREO-A PLasma and Supra-Thermal Ion Composition (PLASTIC) He+ Phase Space Densities and Counts in 6 normailzed Velocity Ranges and Proton Plasma Moments, Level 3 (L3), 10 min Data

https://doi.org/10.48322/gm12-v076

2023-07-30 12:34:56.789

This data set presents STEREO-A PLASTIC PickUp Ion, PUI, He⁺ phase space densities, PSD, in the spacecraft frame of reference. The various data sets provide 10 min, 1 hr, and 24 hr averages of He⁺, phase space density as a function of V/Vsw in 51 velocity ranges, where V and Vsw are the PUI particle speed and bulk speed of solar wind protons, respectively. These data are delivered to the public domain on a regular basis. Efforts are made to include the latest known calibration and background determinations, however, these are expected to undergo revision. We therefore suggest that users regularly return to this page, and make sure to get the most recent revision. If the STEREO PLASTIC data are used in presentations or publications, we strongly suggest that that the authors contact A.B. Galvin, STEREO PLASTIC PI, at toni.galvin@unh.edu and Dr. B. Klecker at berndt.klecker@mpe.mpg.de to ensure that the latest release of the data is utilized. Also, please acknowledge the STEREO PLASTIC Investigation, A.B. Galvin and NASA Grants NNX15AU01G and 80NSSC17K0556. For reporting purposes, we request bibliography information for any publication, etc., using these data. Please send information on the use of these data to A.B. Galvin. If you have questions regarding the data formats, please contact the STEREO PLASTIC Data System Manager: Lorna Ellis at lorna.ellis@unh.edu.

Please acknowledge the Principal Investigator, Dr. Antoinette Galvin of the University of New Hampshire, and NASA contract NAS5-00132.. See the rules of use available at http://stereo.sr.unh.edu/data/PLASTIC_Resources/index.htm.

spase://VSPO/NumericalData/STEREO-A/PLASTIC/HeliumPlus/PhaseSpaceDensities/PT10M

Online

Open

CDF

None

Please acknowledge the Principal Investigator A.B. Galvin. Please acknowledge the Data Providers and CDAWeb when using these Data.

Online

Open

CSV

Please acknowledge the Principal Investigator A.B. Galvin. Please acknowledge the Data Providers and CDAWeb when using these Data.

PT10M

Epoch Time Tags, Beginning of Interval

epoch

Epoch Time Tags, Beginning of Interval, Time elapsed since 0 AD

This Parameter exhibits an increasing Monotonic Progression

PT10M

ms

1.0e-3>s

01-Jan-1990 00:00:00.000

31-Dec-2030 00:00:00.000

31-Dec-9999 23:59:59.999

Time PB5

Time series defined by using: EPOCH

time_pb5

Time PB5, Time of Observation, Year, Day, and Milliseconds of Day

This Parameter exhibits an increasing Monotonic Progression

PT10M

-2147483648

Data Processing Date

processing_date

Data Processing Date

Date and time when CDF was created

PT10M

01-Jan-2007 00:00:00.000

31-Dec-2030 00:00:00.000

Data Input File

input_file

Data Input File

PT10M

Alpha Particle Speed to Solar Wind Bulk Speed Ratio, Mean Range Values

V_Vsw_mean

Alpha Particle, He⁺², Speed to Solar Wind Bulk Speed Ratio, Mean Range Values

This Parameter exhibit decreasing Monotonic Progression

PT10M

(km/s)/(km/s)

0.68

7.8

Maximum Number of PLASTIC Instrument Cycles in the Time Bin

Time series defined by using: EPOCH

num_cycles

Maximum Number of PLASTIC Instrument Cycles in the Time Bin

PT10M

0.0

600.0

-1.0e+31

Proton Bulk Speed, 1-D Fit

Time series defined by using: EPOCH

proton_bulk_speed

Proton Bulk Speed, 1-D Maxwellian Fit

PT10M

km/s

1.0e3>m/s

200.0

3000.0

-1.0e+31

Proton Thermal Speed, 1-D Fit

Time series defined by using: EPOCH

proton_thermal_speed

Proton Thermal Speed, 1-D Maxwellian Fit

PT1M

km/s

1.0e3>m/s

0.0

500.0

-1.0e+31

Proton Number Density, 1-D Fit

Time series defined by using: EPOCH

proton_number_density

Proton Number Density, 1-D Maxwellian Fit

PT10M

cm^-3

1.0e6>m^-3

0.0

500.0

-1.0e+31

Singly-charged Helium Phase Space Densities, six V/Vsw values

Time series defined by using: EPOCH

he_plus_phase_space_density

Singly-charged Helium, He⁺, Phase Space Densities for six V/Vsw mean values ranging from 2.09 to 1.64, stacked time series

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 2.09

Time series defined by using: EPOCH

he_plus_phase_space_density_28

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 2.09, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 1.99

Time series defined by using: EPOCH

he_plus_phase_space_density_29

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 1.99, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 1.90

Time series defined by using: EPOCH

he_plus_phase_space_density_30

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 1.90, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 1.81

Time series defined by using: EPOCH

he_plus_phase_space_density_31

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 1.81, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 1.72

Time series defined by using: EPOCH

he_plus_phase_space_density_32

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 1.72, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Phase Space Density, V/Vsw Ratio: 1.64

Time series defined by using: EPOCH

he_plus_phase_space_density_33

Singly-charged Helium, He⁺, Phase Space Density for the V/Vsw Bin with mean value equal to 1.64, individual time series

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

PT10M

s^3/km^6

1.0e-18>s^3/m^6

0.0

1.0e+06

-1.0e+31

Singly-charged Helium Counts, six V/Vsw values

Time series defined by using: EPOCH

he_plus_counts

Singly-charged Helium, He⁺, Counts for six V/Vsw mean values ranging from 2.09 to 1.64, stacked time series

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 2.09

Time series defined by using: EPOCH

he_plus_counts_28

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 2.09, individual time series

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

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 1.99

Time series defined by using: EPOCH

he_plus_counts_29

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 1.99, individual time series

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

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 1.90

Time series defined by using: EPOCH

he_plus_counts_30

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 1.90, individual time series

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

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 1.81

Time series defined by using: EPOCH

he_plus_counts_31

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 1.81, individual time series

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

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 1.72

Time series defined by using: EPOCH

he_plus_counts_32

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 1.72, individual time series

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

PT10M

0.0

1000.0

-1.0e+31

Singly-charged Helium Counts, V/Vsw Ratio: 1.64

Time series defined by using: EPOCH

he_plus_counts_33

Singly-charged Helium, He⁺, Counts for the V/Vsw Bin with mean value equal to 1.64, individual time series

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

PT10M