Version:2.3.0

NumericalData

ResourceHeader

ResourceName

Van Allen Probe A Energetic Particle, Composition, and Thermal Plasma Suite (ECT) Helium Oxygen Proton Electron, HOPE, Mass Spectrometer Pitch Angle resolved Science Data. Electron Fluxes, 15 eV to 50 keV, and Ion Fluxes, 1 eV to 50 keV, as measured in alternate Spin Cadence, Level 3, Release #4 (L3), 11.35 s Data

ReleaseDate

2019-10-24 21:12:08Z

Description

Van Allen Probe A, Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Helium Oxygen Proton Electron, HOPE, Mass Spectrometer Pitch Angle resolved Science Data. Electron Fluxes from about 15 eV to 50 keV and Ion Fluxes from about 1 eV to 50 keV as measured in alternate Spin Cadence.

Acknowledgement

H.O. Funsten, R. Skoug, R. Friedel. Distribute freely, please acknowledge the original Principal Investigator. Please contact the Principal Investigator before any publication or Presentation of Data.

Contacts

	Role	Person
1.	PrincipalInvestigator	spase://SMWG/Person/Herbert.O.Funsten
2.	MetadataContact	spase://SMWG/Person/Robert.E.McGuire
3.	MetadataContact	spase://SMWG/Person/Lee.Frost.Bargatze

InformationURL

Name

Van Allen Probes Home Page, JHU/APL

URL

http://vanallenprobes.jhuapl.edu

Description

Van Allen Probes Home Page, Exploring Earth's Radiation Belts and the Extremes of Space Weather, Applied Physics Laboratory, Johns Hopkins University

InformationURL

Name

Van Allen Probes Science Gateway for access to Data, Models, Software and Tools for Researchers, Students and the General Public, JHU/APL

URL

http://rbspgway.jhuapl.edu/

Description

Van Allen Probes Science Gateway for access to Data, Models, Software and Tools for Researchers, Students and the General Public at the Applied Physics Laboratory, Johns Hopkins University

InformationURL

Name

Van Allen Probes Science Gateway, Mission Rules of the Road for Data Usage, JHU/APL

URL

http://rbspgway.jhuapl.edu/data_policy

Description

Van Allen Probes Science Gateway, Mission Rules of the Road for Data Usage, Applied Physics Laboratory at the Applied Physics Laboratory, Johns Hopkins University

InformationURL

Name

Van Allen Probes ECT Home Page, UNH

URL

http://rbsp-ect.sr.unh.edu

Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Home Page at the University of New Hampshire

InformationURL

Name

Van Allen Probes ECT SOC, and Data Services Web Page, LANL

URL

https://www.rbsp-ect.lanl.gov/

Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Science Operations Center, SOC, and Data Services Web Page at the Los Alamos National Laboratory

InformationURL

Name

Van Allen Probes ECT SOC, Data Access Links to HOPE Particle Data, LANL

URL

https://www.rbsp-ect.lanl.gov/science/DataDirectories.php

Description

Van Allen Probes Energetic Particle, Composition, and Thermal Plasma Suite, ECT, Science Operations Center, SOC, Data Access Links to Pitch Angle resolved Helium Oxygen Proton Electron, HOPE, Mass Spectrometer Particle Web Site for access to Magnetic Field Data the Los Alamos National Laboratory

PriorIDs

spase://VSPO/NumericalData/RBSP/A/ECT/HOPE/L3/PitchAngle/Release03/PT11.35S

spase://VSPO/NumericalData/RBSP/A/ECT/HOPE/L3/PitchAngle/Release03/PT60S

spase://VSPO/NumericalData/RBSP/A/ECT/HOPE/SCI-L3/PT60S

AccessInformation

RepositoryID

spase://SMWG/Repository/NASA/GSFC/SPDF

Availability

Online

AccessRights

Open

AccessURL

Name

FTP access to files at SPDF

URL

ftps://spdf.gsfc.nasa.gov/pub/data/rbsp/rbspa/l3/ect/hope/pitchangle/rel04/

Description

Access to Data in CDF Format via ftp from SPDF

AccessURL

Name

HTTP access to files at SPDF

URL

https://spdf.gsfc.nasa.gov/pub/data/rbsp/rbspa/l3/ect/hope/pitchangle/rel04/

Description

Access to Data in CDF Format via http from SPDF

AccessURL

Name

CDAWeb

URL

https://cdaweb.sci.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=RBSPA_REL04_ECT-HOPE-PA-L3&index=sp_phys

ProductKey

RBSPA_REL04_ECT-HOPE-PA-L3

Description

Access to ASCII, CDF, and Plots via NASA/GSFC CDAWeb

Format

CDF

Encoding

None

Acknowledgement

H.O. Funsten, R. Skoug, R. Friedel. Distribute freely, please acknowledge the original Principal Investigator. Please contact the Principal Investigator before any publication or Presentation of Data. Please acknowledge the Data Providers and CDAWeb when using these Data.

ProcessingLevel

Calibrated

MeasurementType

EnergeticParticles

MeasurementType

MagneticField

MeasurementType

ThermalPlasma

TemporalDescription

TimeSpan

StartDate

2012-10-25 00:00:23.000

StopDate

2019-10-18 16:30:00Z

Cadence

PT11.35S

ObservedRegion

Earth.Magnetosphere

ObservedRegion

Earth.Magnetosphere.Main

ObservedRegion

Earth.Magnetosphere.RadiationBelt

ObservedRegion

Earth.NearSurface.EquatorialRegion

Parameter #1

Name

Electron Energy Range, Delta

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

ENERGY_Ele_DELTA

Description

Electron Energy Range, Delta

Cadence

PT11.35S

Units

eV

UnitsConversion

1.602176565e-19>J

RenderingHints

AxisLabel

Electron Energy Range

ValueFormat

E8.2

ScaleType

LogScale

Structure

Size

72

Element

Name

Element 1

Index

1

Units

eV

Element

Name

Element 2

Index

2

Units

eV

Element

Name

Element 3

Index

3

Units

eV

Element

Name

Element 4

Index

4

Units

eV

Element

Name

Element 5

Index

5

Units

eV

Element

Name

Element 6

Index

6

Units

eV

Element

Name

Element 7

Index

7

Units

eV

Element

Name

Element 8

Index

8

Units

eV

Element

Name

Element 9

Index

9

Units

eV

Element

Name

Element 10

Index

10

Units

eV

Element

Name

Element 11

Index

11

Units

eV

Element

Name

Element 12

Index

12

Units

eV

Element

Name

Element 13

Index

13

Units

eV

Element

Name

Element 14

Index

14

Units

eV

Element

Name

Element 15

Index

15

Units

eV

Element

Name

Element 16

Index

16

Units

eV

Element

Name

Element 17

Index

17

Units

eV

Element

Name

Element 18

Index

18

Units

eV

Element

Name

Element 19

Index

19

Units

eV

Element

Name

Element 20

Index

20

Units

eV

Element

Name

Element 21

Index

21

Units

eV

Element

Name

Element 22

Index

22

Units

eV

Element

Name

Element 23

Index

23

Units

eV

Element

Name

Element 24

Index

24

Units

eV

Element

Name

Element 25

Index

25

Units

eV

Element

Name

Element 26

Index

26

Units

eV

Element

Name

Element 27

Index

27

Units

eV

Element

Name

Element 28

Index

28

Units

eV

Element

Name

Element 29

Index

29

Units

eV

Element

Name

Element 30

Index

30

Units

eV

Element

Name

Element 31

Index

31

Units

eV

Element

Name

Element 32

Index

32

Units

eV

Element

Name

Element 33

Index

33

Units

eV

Element

Name

Element 34

Index

34

Units

eV

Element

Name

Element 35

Index

35

Units

eV

Element

Name

Element 36

Index

36

Units

eV

Element

Name

Element 37

Index

37

Units

eV

Element

Name

Element 38

Index

38

Units

eV

Element

Name

Element 39

Index

39

Units

eV

Element

Name

Element 40

Index

40

Units

eV

Element

Name

Element 41

Index

41

Units

eV

Element

Name

Element 42

Index

42

Units

eV

Element

Name

Element 43

Index

43

Units

eV

Element

Name

Element 44

Index

44

Units

eV

Element

Name

Element 45

Index

45

Units

eV

Element

Name

Element 46

Index

46

Units

eV

Element

Name

Element 47

Index

47

Units

eV

Element

Name

Element 48

Index

48

Units

eV

Element

Name

Element 49

Index

49

Units

eV

Element

Name

Element 50

Index

50

Units

eV

Element

Name

Element 51

Index

51

Units

eV

Element

Name

Element 52

Index

52

Units

eV

Element

Name

Element 53

Index

53

Units

eV

Element

Name

Element 54

Index

54

Units

eV

Element

Name

Element 55

Index

55

Units

eV

Element

Name

Element 56

Index

56

Units

eV

Element

Name

Element 57

Index

57

Units

eV

Element

Name

Element 58

Index

58

Units

eV

Element

Name

Element 59

Index

59

Units

eV

Element

Name

Element 60

Index

60

Units

eV

Element

Name

Element 61

Index

61

Units

eV

Element

Name

Element 62

Index

62

Units

eV

Element

Name

Element 63

Index

63

Units

eV

Element

Name

Element 64

Index

64

Units

eV

Element

Name

Element 65

Index

65

Units

eV

Element

Name

Element 66

Index

66

Units

eV

Element

Name

Element 67

Index

67

Units

eV

Element

Name

Element 68

Index

68

Units

eV

Element

Name

Element 69

Index

69

Units

eV

Element

Name

Element 70

Index

70

Units

eV

Element

Name

Element 71

Index

71

Units

eV

Element

Name

Element 72

Index

72

Units

eV

ValidMin

0.0

ValidMax

60000.0

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

Energy

Parameter #2

Name

Ion Energy Range, Delta

Set

Time Series defined by using: EPOCH_ION

ParameterKey

ENERGY_Ion_DELTA

Description

Ion Energy Range, Delta

Cadence

PT11.35S

Units

eV

UnitsConversion

1.602176565e-19>J

RenderingHints

AxisLabel

Ion Energy Range

ValueFormat

E8.2

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

60000.0

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Energy

Parameter #3

Name

Epoch Time, Electrons

ParameterKey

Epoch_Ele

Description

Epoch Time, Time Base for Electron Measurements

Cadence

PT11.35S

ValidMin

01-Jan-2010 00:00:00.000

ValidMax

31-Dec-2029 23:59:59.999

FillValue

31-Dec-9999 23:59:59.999

Support

Qualifier

Scalar

SupportQuantity

Temporal

Parameter #4

Name

Epoch Time Delta, Electrons

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Epoch_Ele_DELTA

Description

Epoch Time Delta, Half Electron Sample Time

Caveats

Half of the HOPE Electron Sample Frame Time

Cadence

PT11.35S

Units

ms

UnitsConversion

1.0e-3>s

RenderingHints

AxisLabel

Electron time uncert.

ValueFormat

F6.0

ScaleType

LinearScale

ValidMin

0.0

ValidMax

20000.0

FillValue

-1.0e+31

Support

Qualifier

Scalar

SupportQuantity

Temporal

Parameter #5

Name

Epoch Time, Ions

ParameterKey

Epoch_Ion

Description

Epoch Time, Time Base for Ion Measurements

Cadence

PT11.35S

ValidMin

01-Jan-2010 00:00:00.000

ValidMax

31-Dec-2029 23:59:59.999

FillValue

31-Dec-9999 23:59:59.999

Support

Qualifier

Scalar

SupportQuantity

Temporal

Parameter #6

Name

Epoch Time Delta, Ions

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Epoch_Ion_DELTA

Description

Epoch Time Delta, Half Ion Sample Time

Caveats

Half of the HOPE Ion Sample Frame Time

Cadence

PT11.35S

Units

ms

UnitsConversion

1.0e-3>s

RenderingHints

AxisLabel

Ion time uncert.

ValueFormat

F6.0

ScaleType

LinearScale

ValidMin

0.0

ValidMax

20000.0

FillValue

-1.0e+31

Support

Qualifier

Scalar

SupportQuantity

Temporal

Parameter #7

Name

Pitch Angle

ParameterKey

PITCH_ANGLE

Description

Pitch Angle, from 0° to 180°

Cadence

PT11.35S

Units

°

UnitsConversion

0.0174532925>rad

RenderingHints

DisplayType

TimeSeries

AxisLabel

Pitch Angle

ValueFormat

E12.3

ScaleMin

0.0

ScaleMax

180.0

ScaleType

LinearScale

Structure

Size

11

ValidMin

0.0

ValidMax

180.0

FillValue

-1.0e+31

Support

Qualifier

Array

SupportQuantity

Other

Parameter #8

Name

Pitch Angle

ParameterKey

PITCH_ANGLE_EXT

Description

Pitch Angle, from 0° to 180°

Cadence

PT11.35S

Units

°

UnitsConversion

0.0174532925>rad

RenderingHints

DisplayType

TimeSeries

AxisLabel

Pitch Angle

ValueFormat

E12.3

ScaleMin

0.0

ScaleMax

180.0

ScaleType

LinearScale

Structure

Size

11

ValidMin

0.0

ValidMax

180.0

FillValue

-1.0e+31

Support

Qualifier

Array

SupportQuantity

Other

Parameter #9

Name

HOPE Electron Energy

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

HOPE_ENERGY_Ele

Description

HOPE Electron Energy

Caveats

Note that the HOPE Instrument normally measures 72 Energy Steps. Before September 2013, adjacent Channels were combined for Downlink. The combined Values were then expanded on the Ground to recover the 72 Channels.

Cadence

PT11.35S

Units

eV

UnitsConversion

1.602176565e-19>J

RenderingHints

DisplayType

TimeSeries

AxisLabel

Energy

ValueFormat

E8.2

ScaleMin

10.0

ScaleMax

100000.0

ScaleType

LogScale

Structure

Size

72

Element

Name

Ele_E1

Index

1

Element

Name

Ele_E2

Index

2

Element

Name

Ele_E3

Index

3

Element

Name

Ele_E4

Index

4

Element

Name

Ele_E5

Index

5

Element

Name

Ele_E6

Index

6

Element

Name

Ele_E7

Index

7

Element

Name

Ele_E8

Index

8

Element

Name

Ele_E9

Index

9

Element

Name

Ele_E10

Index

10

Element

Name

Ele_E11

Index

11

Element

Name

Ele_E12

Index

12

Element

Name

Ele_E13

Index

13

Element

Name

Ele_E14

Index

14

Element

Name

Ele_E15

Index

15

Element

Name

Ele_E16

Index

16

Element

Name

Ele_E17

Index

17

Element

Name

Ele_E18

Index

18

Element

Name

Ele_E19

Index

19

Element

Name

Ele_E20

Index

20

Element

Name

Ele_E21

Index

21

Element

Name

Ele_E22

Index

22

Element

Name

Ele_E23

Index

23

Element

Name

Ele_E24

Index

24

Element

Name

Ele_E25

Index

25

Element

Name

Ele_E26

Index

26

Element

Name

Ele_E27

Index

27

Element

Name

Ele_E28

Index

28

Element

Name

Ele_E29

Index

29

Element

Name

Ele_E30

Index

30

Element

Name

Ele_E31

Index

31

Element

Name

Ele_E32

Index

32

Element

Name

Ele_E33

Index

33

Element

Name

Ele_E34

Index

34

Element

Name

Ele_E35

Index

35

Element

Name

Ele_E36

Index

36

Element

Name

Ele_E37

Index

37

Element

Name

Ele_E38

Index

38

Element

Name

Ele_E39

Index

39

Element

Name

Ele_E40

Index

40

Element

Name

Ele_E41

Index

41

Element

Name

Ele_E42

Index

42

Element

Name

Ele_E43

Index

43

Element

Name

Ele_E44

Index

44

Element

Name

Ele_E45

Index

45

Element

Name

Ele_E46

Index

46

Element

Name

Ele_E47

Index

47

Element

Name

Ele_E48

Index

48

Element

Name

Ele_E49

Index

49

Element

Name

Ele_E50

Index

50

Element

Name

Ele_E51

Index

51

Element

Name

Ele_E52

Index

52

Element

Name

Ele_E53

Index

53

Element

Name

Ele_E54

Index

54

Element

Name

Ele_E55

Index

55

Element

Name

Ele_E56

Index

56

Element

Name

Ele_E57

Index

57

Element

Name

Ele_E58

Index

58

Element

Name

Ele_E59

Index

59

Element

Name

Ele_E60

Index

60

Element

Name

Ele_E61

Index

61

Element

Name

Ele_E62

Index

62

Element

Name

Ele_E63

Index

63

Element

Name

Ele_E64

Index

64

Element

Name

Ele_E65

Index

65

Element

Name

Ele_E66

Index

66

Element

Name

Ele_E67

Index

67

Element

Name

Ele_E68

Index

68

Element

Name

Ele_E69

Index

69

Element

Name

Ele_E70

Index

70

Element

Name

Ele_E71

Index

71

Element

Name

Ele_E72

Index

72

ValidMin

1.0

ValidMax

100000.0

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

Energy

Parameter #10

Name

HOPE Ion Energy

Set

Time Series defined by using: EPOCH_ION

ParameterKey

HOPE_ENERGY_Ion

Description

HOPE Ion Energy

Caveats

Note that the HOPE Instrument normally measures 72 Energy Steps. Before September 2013, adjacent Channels were combined for Downlink. The combined Values were then expanded on the Ground to recover the 72 Channels.

Cadence

PT11.35S

Units

eV

UnitsConversion

1.602176565e-19>J

RenderingHints

DisplayType

TimeSeries

AxisLabel

Energy

ValueFormat

E8.2

ScaleMin

0.1

ScaleMax

100000.0

ScaleType

LogScale

Structure

Size

72

Element

Name

Ion_E1

Index

1

Element

Name

Ion_E2

Index

2

Element

Name

Ion_E3

Index

3

Element

Name

Ion_E4

Index

4

Element

Name

Ion_E5

Index

5

Element

Name

Ion_E6

Index

6

Element

Name

Ion_E7

Index

7

Element

Name

Ion_E8

Index

8

Element

Name

Ion_E9

Index

9

Element

Name

Ion_E10

Index

10

Element

Name

Ion_E11

Index

11

Element

Name

Ion_E12

Index

12

Element

Name

Ion_E13

Index

13

Element

Name

Ion_E14

Index

14

Element

Name

Ion_E15

Index

15

Element

Name

Ion_E16

Index

16

Element

Name

Ion_E17

Index

17

Element

Name

Ion_E18

Index

18

Element

Name

Ion_E19

Index

19

Element

Name

Ion_E20

Index

20

Element

Name

Ion_E21

Index

21

Element

Name

Ion_E22

Index

22

Element

Name

Ion_E23

Index

23

Element

Name

Ion_E24

Index

24

Element

Name

Ion_E25

Index

25

Element

Name

Ion_E26

Index

26

Element

Name

Ion_E27

Index

27

Element

Name

Ion_E28

Index

28

Element

Name

Ion_E29

Index

29

Element

Name

Ion_E30

Index

30

Element

Name

Ion_E31

Index

31

Element

Name

Ion_E32

Index

32

Element

Name

Ion_E33

Index

33

Element

Name

Ion_E34

Index

34

Element

Name

Ion_E35

Index

35

Element

Name

Ion_E36

Index

36

Element

Name

Ion_E37

Index

37

Element

Name

Ion_E38

Index

38

Element

Name

Ion_E39

Index

39

Element

Name

Ion_E40

Index

40

Element

Name

Ion_E41

Index

41

Element

Name

Ion_E42

Index

42

Element

Name

Ion_E43

Index

43

Element

Name

Ion_E44

Index

44

Element

Name

Ion_E45

Index

45

Element

Name

Ion_E46

Index

46

Element

Name

Ion_E47

Index

47

Element

Name

Ion_E48

Index

48

Element

Name

Ion_E49

Index

49

Element

Name

Ion_E50

Index

50

Element

Name

Ion_E51

Index

51

Element

Name

Ion_E52

Index

52

Element

Name

Ion_E53

Index

53

Element

Name

Ion_E54

Index

54

Element

Name

Ion_E55

Index

55

Element

Name

Ion_E56

Index

56

Element

Name

Ion_E57

Index

57

Element

Name

Ion_E58

Index

58

Element

Name

Ion_E59

Index

59

Element

Name

Ion_E60

Index

60

Element

Name

Ion_E61

Index

61

Element

Name

Ion_E62

Index

62

Element

Name

Ion_E63

Index

63

Element

Name

Ion_E64

Index

64

Element

Name

Ion_E65

Index

65

Element

Name

Ion_E66

Index

66

Element

Name

Ion_E67

Index

67

Element

Name

Ion_E68

Index

68

Element

Name

Ion_E69

Index

69

Element

Name

Ion_E70

Index

70

Element

Name

Ion_E71

Index

71

Element

Name

Ion_E72

Index

72

ValidMin

0.1

ValidMax

100000.0

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Energy

Parameter #11

Name

Electron Differential Flux Intensity, Omnidirectional

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

FEDO

Description

Electron Differential Flux Intensity, Omnidirectional, Energies from ~15 eV to ~50 keV

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FEDO: Electron Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

NumberFlux

Parameter #12

Name

Electron Differential Flux Intensity, Omnidirectional, Time Series Stack Plots

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

FEDO_T

Description

Electron Differential Flux Intensity, Omnidirectional, Time Series Stack Plots, Energies from ~15 eV to ~50 keV, with Perigee Mode excluded

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FEDO, Mode_Ele.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FEDO: Electron Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

Element

Name

FEDO_Flux_E01/~15eV

Index

1

Element

Name

FEDO_Flux_E02/~17eV

Index

2

Element

Name

FEDO_Flux_E03/~19eV

Index

3

Element

Name

FEDO_Flux_E04/~21eV

Index

4

Element

Name

FEDO_Flux_E05/~24eV

Index

5

Element

Name

FEDO_Flux_E06/~27eV

Index

6

Element

Name

FEDO_Flux_E07/~30eV

Index

7

Element

Name

FEDO_Flux_E08/~33eV

Index

8

Element

Name

FEDO_Flux_E09/~37eV

Index

9

Element

Name

FEDO_Flux_E10/~42eV

Index

10

Element

Name

FEDO_Flux_E11/~47eV

Index

11

Element

Name

FEDO_Flux_E12/~53eV

Index

12

Element

Name

FEDO_Flux_E13/~59eV

Index

13

Element

Name

FEDO_Flux_E14/~67eV

Index

14

Element

Name

FEDO_Flux_E15/~75eV

Index

15

Element

Name

FEDO_Flux_E16/~84eV

Index

16

Element

Name

FEDO_Flux_E17/~94eV

Index

17

Element

Name

FEDO_Flux_E18/~106eV

Index

18

Element

Name

FEDO_Flux_E19/~118eV

Index

19

Element

Name

FEDO_Flux_E20/~133eV

Index

20

Element

Name

FEDO_Flux_E21/~149eV

Index

21

Element

Name

FEDO_Flux_E22/~167eV

Index

22

Element

Name

FEDO_Flux_E23/~187eV

Index

23

Element

Name

FEDO_Flux_E24/~210eV

Index

24

Element

Name

FEDO_Flux_E25/~236eV

Index

25

Element

Name

FEDO_Flux_E26/~260eV

Index

26

Element

Name

FEDO_Flux_E27/~300eV

Index

27

Element

Name

FEDO_Flux_E28/~330eV

Index

28

Element

Name

FEDO_Flux_E29/~370eV

Index

29

Element

Name

FEDO_Flux_E30/~420eV

Index

30

Element

Name

FEDO_Flux_E31/~470eV

Index

31

Element

Name

FEDO_Flux_E32/~530eV

Index

32

Element

Name

FEDO_Flux_E33/~590eV

Index

33

Element

Name

FEDO_Flux_E34/~660eV

Index

34

Element

Name

FEDO_Flux_E35/~740eV

Index

35

Element

Name

FEDO_Flux_E36/~830eV

Index

36

Element

Name

FEDO_Flux_E37/~930eV

Index

37

Element

Name

FEDO_Flux_E38/~1050eV

Index

38

Element

Name

FEDO_Flux_E39/~1170eV

Index

39

Element

Name

FEDO_Flux_E40/~1320eV

Index

40

Element

Name

FEDO_Flux_E41/~1480eV

Index

41

Element

Name

FEDO_Flux_E42/~1660eV

Index

42

Element

Name

FEDO_Flux_E43/~1860eV

Index

43

Element

Name

FEDO_Flux_E44/~2080eV

Index

44

Element

Name

FEDO_Flux_E45/~2340eV

Index

45

Element

Name

FEDO_Flux_E46/~2600eV

Index

46

Element

Name

FEDO_Flux_E47/~3000eV

Index

47

Element

Name

FEDO_Flux_E48/~3300eV

Index

48

Element

Name

FEDO_Flux_E49/~3700eV

Index

49

Element

Name

FEDO_Flux_E50/~4100eV

Index

50

Element

Name

FEDO_Flux_E51/~4700eV

Index

51

Element

Name

FEDO_Flux_E52/~5200eV

Index

52

Element

Name

FEDO_Flux_E53/~5900eV

Index

53

Element

Name

FEDO_Flux_E54/~6600eV

Index

54

Element

Name

FEDO_Flux_E55/~7400eV

Index

55

Element

Name

FEDO_Flux_E56/~8300eV

Index

56

Element

Name

FEDO_Flux_E57/~9300eV

Index

57

Element

Name

FEDO_Flux_E58/~10400eV

Index

58

Element

Name

FEDO_Flux_E59/~11700eV

Index

59

Element

Name

FEDO_Flux_E60/~13100eV

Index

60

Element

Name

FEDO_Flux_E61/~14700eV

Index

61

Element

Name

FEDO_Flux_E62/~16400eV

Index

62

Element

Name

FEDO_Flux_E63/~18400eV

Index

63

Element

Name

FEDO_Flux_E64/~20700eV

Index

64

Element

Name

FEDO_Flux_E65/~23200eV

Index

65

Element

Name

FEDO_Flux_E66/~26000eV

Index

66

Element

Name

FEDO_Flux_E67/~30000eV

Index

67

Element

Name

FEDO_Flux_E68/~33000eV

Index

68

Element

Name

FEDO_Flux_E69/~37000eV

Index

69

Element

Name

FEDO_Flux_E70/~41000eV

Index

70

Element

Name

FEDO_Flux_E71/~46000eV

Index

71

Element

Name

FEDO_Flux_E72/~52000eV

Index

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

NumberFlux

Parameter #13

Name

Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

FEDU

Description

Electron Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Energies from ~15 eV to ~50 keV.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Electron Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FEDU:Electron Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

NumberFlux

Parameter #14

Name

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

FEDU_byE_atA

Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Energies from ~15 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FEDU_Flux_4.5degPA","FEDU_Flux_18degPA","FEDU_Flux_36degPA","FEDU_Flux_54degPA","FEDU_Flux_72degPA","FEDU_Flux_90degPA","FEDU_Flux_108degPA","FEDU_Flux_126degPA","FEDU_Flux_144degPA","FEDU_Flux_162degPA","FEDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ELE: ["FEDU_Flux_E01/~15eV","FEDU_Flux_E02/~17eV","FEDU_Flux_E03/~19eV","FEDU_Flux_E04/~21eV","FEDU_Flux_E05/~24eV","FEDU_Flux_E06/~27eV","FEDU_Flux_E07/~30eV","FEDU_Flux_E08/~33eV","FEDU_Flux_E09/~37eV","FEDU_Flux_E10/~42eV","FEDU_Flux_E11/~47eV","FEDU_Flux_E12/~53eV","FEDU_Flux_E13/~59eV","FEDU_Flux_E14/~67eV","FEDU_Flux_E15/~75eV","FEDU_Flux_E16/~84eV","FEDU_Flux_E17/~94eV","FEDU_Flux_E18/~106eV","FEDU_Flux_E19/~118eV","FEDU_Flux_E20/~133eV","FEDU_Flux_E21/~149eV","FEDU_Flux_E22/~167eV","FEDU_Flux_E23/~187eV","FEDU_Flux_E24/~210eV","FEDU_Flux_E25/~236eV","FEDU_Flux_E26/~260eV","FEDU_Flux_E27/~300eV","FEDU_Flux_E28/~330eV","FEDU_Flux_E29/~370eV","FEDU_Flux_E30/~420eV","FEDU_Flux_E31/~470eV","FEDU_Flux_E32/~530eV","FEDU_Flux_E33/~590eV","FEDU_Flux_E34/~660eV","FEDU_Flux_E35/~740eV","FEDU_Flux_E36/~830eV","FEDU_Flux_E37/~930eV","FEDU_Flux_E38/~1050eV","FEDU_Flux_E39/~1170eV","FEDU_Flux_E40/~1320eV","FEDU_Flux_E41/~1480eV","FEDU_Flux_E42/~1660eV","FEDU_Flux_E43/~1860eV","FEDU_Flux_E44/~2080eV","FEDU_Flux_E45/~2340eV","FEDU_Flux_E46/~2600eV","FEDU_Flux_E47/~3000eV","FEDU_Flux_E48/~3300eV","FEDU_Flux_E49/~3700eV","FEDU_Flux_E50/~4100eV","FEDU_Flux_E51/~4700eV","FEDU_Flux_E52/~5200eV","FEDU_Flux_E53/~5900eV","FEDU_Flux_E54/~6600eV","FEDU_Flux_E55/~7400eV","FEDU_Flux_E56/~8300eV","FEDU_Flux_E57/~9300eV","FEDU_Flux_E58/~10400eV","FEDU_Flux_E59/~11700eV","FEDU_Flux_E60/~13100eV","FEDU_Flux_E61/~14700eV","FEDU_Flux_E62/~16400eV","FEDU_Flux_E63/~18400eV","FEDU_Flux_E64/~20700eV","FEDU_Flux_E65/~23200eV","FEDU_Flux_E66/~26000eV","FEDU_Flux_E67/~30000eV","FEDU_Flux_E68/~33000eV","FEDU_Flux_E69/~37000eV","FEDU_Flux_E70/~41000eV","FEDU_Flux_E71/~46000eV","FEDU_Flux_E72/~52000eV"].

Caveats

Electron Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FEDU, Mode_Ele.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FEDU: Electron Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

NumberFlux

Parameter #15

Name

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

FEDU_byA_atE

Description

Electron Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Energies from ~15 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FEDU_Flux_4.5degPA","FEDU_Flux_18degPA","FEDU_Flux_36degPA","FEDU_Flux_54degPA","FEDU_Flux_72degPA","FEDU_Flux_90degPA","FEDU_Flux_108degPA","FEDU_Flux_126degPA","FEDU_Flux_144degPA","FEDU_Flux_162degPA","FEDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ELE: ["FEDU_Flux_E01/~15eV","FEDU_Flux_E02/~17eV","FEDU_Flux_E03/~19eV","FEDU_Flux_E04/~21eV","FEDU_Flux_E05/~24eV","FEDU_Flux_E06/~27eV","FEDU_Flux_E07/~30eV","FEDU_Flux_E08/~33eV","FEDU_Flux_E09/~37eV","FEDU_Flux_E10/~42eV","FEDU_Flux_E11/~47eV","FEDU_Flux_E12/~53eV","FEDU_Flux_E13/~59eV","FEDU_Flux_E14/~67eV","FEDU_Flux_E15/~75eV","FEDU_Flux_E16/~84eV","FEDU_Flux_E17/~94eV","FEDU_Flux_E18/~106eV","FEDU_Flux_E19/~118eV","FEDU_Flux_E20/~133eV","FEDU_Flux_E21/~149eV","FEDU_Flux_E22/~167eV","FEDU_Flux_E23/~187eV","FEDU_Flux_E24/~210eV","FEDU_Flux_E25/~236eV","FEDU_Flux_E26/~260eV","FEDU_Flux_E27/~300eV","FEDU_Flux_E28/~330eV","FEDU_Flux_E29/~370eV","FEDU_Flux_E30/~420eV","FEDU_Flux_E31/~470eV","FEDU_Flux_E32/~530eV","FEDU_Flux_E33/~590eV","FEDU_Flux_E34/~660eV","FEDU_Flux_E35/~740eV","FEDU_Flux_E36/~830eV","FEDU_Flux_E37/~930eV","FEDU_Flux_E38/~1050eV","FEDU_Flux_E39/~1170eV","FEDU_Flux_E40/~1320eV","FEDU_Flux_E41/~1480eV","FEDU_Flux_E42/~1660eV","FEDU_Flux_E43/~1860eV","FEDU_Flux_E44/~2080eV","FEDU_Flux_E45/~2340eV","FEDU_Flux_E46/~2600eV","FEDU_Flux_E47/~3000eV","FEDU_Flux_E48/~3300eV","FEDU_Flux_E49/~3700eV","FEDU_Flux_E50/~4100eV","FEDU_Flux_E51/~4700eV","FEDU_Flux_E52/~5200eV","FEDU_Flux_E53/~5900eV","FEDU_Flux_E54/~6600eV","FEDU_Flux_E55/~7400eV","FEDU_Flux_E56/~8300eV","FEDU_Flux_E57/~9300eV","FEDU_Flux_E58/~10400eV","FEDU_Flux_E59/~11700eV","FEDU_Flux_E60/~13100eV","FEDU_Flux_E61/~14700eV","FEDU_Flux_E62/~16400eV","FEDU_Flux_E63/~18400eV","FEDU_Flux_E64/~20700eV","FEDU_Flux_E65/~23200eV","FEDU_Flux_E66/~26000eV","FEDU_Flux_E67/~30000eV","FEDU_Flux_E68/~33000eV","FEDU_Flux_E69/~37000eV","FEDU_Flux_E70/~41000eV","FEDU_Flux_E71/~46000eV","FEDU_Flux_E72/~52000eV"].

Caveats

Electron Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FEDU, Mode_Ele.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FEDU: Electron Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

NumberFlux

Parameter #16

Name

Proton Differential Flux Intensity, Omnidirectional, Spectrograms

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FPDO

Description

Proton Differential Flux Intensity, Omnidirectional, Spectrograms, Energies from ~1 eV to ~50 keV

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FPDO: Proton Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

1

Parameter #17

Name

Proton Differential Flux Intensity, Omnidirectional, Time Series Stack Plots

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FPDO_T

Description

Proton Differential Flux Intensity, Omnidirectional, Time Series Stack Plots, Energies from ~15 eV to ~50 keV, Perigee Mode excluded

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FPDO, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FPDO: Proton Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

Element

Name

FPDO_Flux_E01/~1.00eV

Index

1

Element

Name

FPDO_Flux_E02/~1.20eV

Index

2

Element

Name

FPDO_Flux_E03/~1.34eV

Index

3

Element

Name

FPDO_Flux_E04/~1.55eV

Index

4

Element

Name

FPDO_Flux_E05/~1.83eV

Index

5

Element

Name

FPDO_Flux_E06/~2.18eV

Index

6

Element

Name

FPDO_Flux_E07/~2.5eV

Index

7

Element

Name

FPDO_Flux_E08/~3.0eV

Index

8

Element

Name

FPDO_Flux_E09/~3.4eV

Index

9

Element

Name

FPDO_Flux_E10/~3.9eV

Index

10

Element

Name

FPDO_Flux_E11/~4.6eV

Index

11

Element

Name

FPDO_Flux_E12/~5.3eV

Index

12

Element

Name

FPDO_Flux_E13/~6.3eV

Index

13

Element

Name

FPDO_Flux_E14/~7.3eV

Index

14

Element

Name

FPDO_Flux_E15/~8.5eV

Index

15

Element

Name

FPDO_Flux_E16/~9.9eV

Index

16

Element

Name

FPDO_Flux_E17/~11.5eV

Index

17

Element

Name

FPDO_Flux_E18/~13.4eV

Index

18

Element

Name

FPDO_Flux_E19/~15.7eV

Index

19

Element

Name

FPDO_Flux_E20/~18.3eV

Index

20

Element

Name

FPDO_Flux_E21/~21.2eV

Index

21

Element

Name

FPDO_Flux_E22/~24.8eV

Index

22

Element

Name

FPDO_Flux_E23/~29eV

Index

23

Element

Name

FPDO_Flux_E24/~34eV

Index

24

Element

Name

FPDO_Flux_E25/~39eV

Index

25

Element

Name

FPDO_Flux_E26/~46eV

Index

26

Element

Name

FPDO_Flux_E27/~53eV

Index

27

Element

Name

FPDO_Flux_E28/~62eV

Index

28

Element

Name

FPDO_Flux_E29/~72eV

Index

29

Element

Name

FPDO_Flux_E30/~84eV

Index

30

Element

Name

FPDO_Flux_E31/~98eV

Index

31

Element

Name

FPDO_Flux_E32/~114eV

Index

32

Element

Name

FPDO_Flux_E33/~133eV

Index

33

Element

Name

FPDO_Flux_E34/~155eV

Index

34

Element

Name

FPDO_Flux_E35/~181eV

Index

35

Element

Name

FPDO_Flux_E36/~211eV

Index

36

Element

Name

FPDO_Flux_E37/~246eV

Index

37

Element

Name

FPDO_Flux_E38/~286eV

Index

38

Element

Name

FPDO_Flux_E39/~330eV

Index

39

Element

Name

FPDO_Flux_E40/~390eV

Index

40

Element

Name

FPDO_Flux_E41/~450eV

Index

41

Element

Name

FPDO_Flux_E42/~530eV

Index

42

Element

Name

FPDO_Flux_E43/~610eV

Index

43

Element

Name

FPDO_Flux_E44/~720eV

Index

44

Element

Name

FPDO_Flux_E45/~830eV

Index

45

Element

Name

FPDO_Flux_E46/~970eV

Index

46

Element

Name

FPDO_Flux_E47/~1130eV

Index

47

Element

Name

FPDO_Flux_E48/~1320eV

Index

48

Element

Name

FPDO_Flux_E49/~1540eV

Index

49

Element

Name

FPDO_Flux_E50/~1790eV

Index

50

Element

Name

FPDO_Flux_E51/~2090eV

Index

51

Element

Name

FPDO_Flux_E52/~2400eV

Index

52

Element

Name

FPDO_Flux_E53/~2800eV

Index

53

Element

Name

FPDO_Flux_E54/~3300eV

Index

54

Element

Name

FPDO_Flux_E55/~3800eV

Index

55

Element

Name

FPDO_Flux_E56/~4500eV

Index

56

Element

Name

FPDO_Flux_E57/~5200eV

Index

57

Element

Name

FPDO_Flux_E58/~6100eV

Index

58

Element

Name

FPDO_Flux_E59/~7100eV

Index

59

Element

Name

FPDO_Flux_E60/~8300eV

Index

60

Element

Name

FPDO_Flux_E61/~9600eV

Index

61

Element

Name

FPDO_Flux_E62/~11200eV

Index

62

Element

Name

FPDO_Flux_E63/~13100eV

Index

63

Element

Name

FPDO_Flux_E64/~15200eV

Index

64

Element

Name

FPDO_Flux_E65/~17800eV

Index

65

Element

Name

FPDO_Flux_E66/~20700eV

Index

66

Element

Name

FPDO_Flux_E67/~24000eV

Index

67

Element

Name

FPDO_Flux_E68/~28000eV

Index

68

Element

Name

FPDO_Flux_E69/~33000eV

Index

69

Element

Name

FPDO_Flux_E70/~38000eV

Index

70

Element

Name

FPDO_Flux_E71/~44000eV

Index

71

Element

Name

FPDO_Flux_E72/~52000eV

Index

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

1

Parameter #18

Name

Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FPDU

Description

Proton Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Energies from ~1 eV to ~50 keV.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Proton Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FPDU: Proton Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

1

Parameter #19

Name

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FPDU_byE_atA

Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FPDU_Flux_4.5degPA","FPDU_Flux_18degPA","FPDU_Flux_36degPA","FPDU_Flux_54degPA","FPDU_Flux_72degPA","FPDU_Flux_90degPA","FPDU_Flux_108degPA","FPDU_Flux_126degPA","FPDU_Flux_144degPA","FPDU_Flux_162degPA","FPDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FPDU_Flux_E01/~1.00eV","FPDU_Flux_E02/~1.20eV","FPDU_Flux_E03/~1.34eV","FPDU_Flux_E04/~1.55eV","FPDU_Flux_E05/~1.83eV","FPDU_Flux_E06/~2.18eV","FPDU_Flux_E07/~2.5eV","FPDU_Flux_E08/~3.0eV","FPDU_Flux_E09/~3.4eV","FPDU_Flux_E10/~3.9eV","FPDU_Flux_E11/~4.6eV","FPDU_Flux_E12/~5.3eV","FPDU_Flux_E13/~6.3eV","FPDU_Flux_E14/~7.3eV","FPDU_Flux_E15/~8.5eV","FPDU_Flux_E16/~9.9eV","FPDU_Flux_E17/~11.5eV","FPDU_Flux_E18/~13.4eV","FPDU_Flux_E19/~15.7eV","FPDU_Flux_E20/~18.3eV","FPDU_Flux_E21/~21.2eV","FPDU_Flux_E22/~24.8eV","FPDU_Flux_E23/~29eV","FPDU_Flux_E24/~34eV","FPDU_Flux_E25/~39eV","FPDU_Flux_E26/~46eV","FPDU_Flux_E27/~53eV","FPDU_Flux_E28/~62eV","FPDU_Flux_E29/~72eV","FPDU_Flux_E30/~84eV","FPDU_Flux_E31/~98eV","FPDU_Flux_E32/~114eV","FPDU_Flux_E33/~133eV","FPDU_Flux_E34/~155eV","FPDU_Flux_E35/~181eV","FPDU_Flux_E36/~211eV","FPDU_Flux_E37/~246eV","FPDU_Flux_E38/~286eV","FPDU_Flux_E39/~330eV","FPDU_Flux_E40/~390eV","FPDU_Flux_E41/~450eV","FPDU_Flux_E42/~530eV","FPDU_Flux_E43/~610eV","FPDU_Flux_E44/~720eV","FPDU_Flux_E45/~830eV","FPDU_Flux_E46/~970eV","FPDU_Flux_E47/~1130eV","FPDU_Flux_E48/~1320eV","FPDU_Flux_E49/~1540eV","FPDU_Flux_E50/~1790eV","FPDU_Flux_E51/~2090eV","FPDU_Flux_E52/~2400eV","FPDU_Flux_E53/~2800eV","FPDU_Flux_E54/~3300eV","FPDU_Flux_E55/~3800eV","FPDU_Flux_E56/~4500eV","FPDU_Flux_E57/~5200eV","FPDU_Flux_E58/~6100eV","FPDU_Flux_E59/~7100eV","FPDU_Flux_E60/~8300eV","FPDU_Flux_E61/~9600eV","FPDU_Flux_E62/~11200eV","FPDU_Flux_E63/~13100eV","FPDU_Flux_E64/~15200eV","FPDU_Flux_E65/~17800eV","FPDU_Flux_E66/~20700eV","FPDU_Flux_E67/~24000eV","FPDU_Flux_E68/~28000eV","FPDU_Flux_E69/~33000eV","FPDU_Flux_E70/~38000eV","FPDU_Flux_E71/~44000eV","FPDU_Flux_E72/~52000eV"].

Caveats

Proton Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FPDU.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FPDU: Proton Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

1

Parameter #20

Name

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FPDU_byA_atE

Description

Proton Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FPDU_Flux_4.5degPA","FPDU_Flux_18degPA","FPDU_Flux_36degPA","FPDU_Flux_54degPA","FPDU_Flux_72degPA","FPDU_Flux_90degPA","FPDU_Flux_108degPA","FPDU_Flux_126degPA","FPDU_Flux_144degPA","FPDU_Flux_162degPA","FPDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FPDU_Flux_E01/~1.00eV","FPDU_Flux_E02/~1.20eV","FPDU_Flux_E03/~1.34eV","FPDU_Flux_E04/~1.55eV","FPDU_Flux_E05/~1.83eV","FPDU_Flux_E06/~2.18eV","FPDU_Flux_E07/~2.5eV","FPDU_Flux_E08/~3.0eV","FPDU_Flux_E09/~3.4eV","FPDU_Flux_E10/~3.9eV","FPDU_Flux_E11/~4.6eV","FPDU_Flux_E12/~5.3eV","FPDU_Flux_E13/~6.3eV","FPDU_Flux_E14/~7.3eV","FPDU_Flux_E15/~8.5eV","FPDU_Flux_E16/~9.9eV","FPDU_Flux_E17/~11.5eV","FPDU_Flux_E18/~13.4eV","FPDU_Flux_E19/~15.7eV","FPDU_Flux_E20/~18.3eV","FPDU_Flux_E21/~21.2eV","FPDU_Flux_E22/~24.8eV","FPDU_Flux_E23/~29eV","FPDU_Flux_E24/~34eV","FPDU_Flux_E25/~39eV","FPDU_Flux_E26/~46eV","FPDU_Flux_E27/~53eV","FPDU_Flux_E28/~62eV","FPDU_Flux_E29/~72eV","FPDU_Flux_E30/~84eV","FPDU_Flux_E31/~98eV","FPDU_Flux_E32/~114eV","FPDU_Flux_E33/~133eV","FPDU_Flux_E34/~155eV","FPDU_Flux_E35/~181eV","FPDU_Flux_E36/~211eV","FPDU_Flux_E37/~246eV","FPDU_Flux_E38/~286eV","FPDU_Flux_E39/~330eV","FPDU_Flux_E40/~390eV","FPDU_Flux_E41/~450eV","FPDU_Flux_E42/~530eV","FPDU_Flux_E43/~610eV","FPDU_Flux_E44/~720eV","FPDU_Flux_E45/~830eV","FPDU_Flux_E46/~970eV","FPDU_Flux_E47/~1130eV","FPDU_Flux_E48/~1320eV","FPDU_Flux_E49/~1540eV","FPDU_Flux_E50/~1790eV","FPDU_Flux_E51/~2090eV","FPDU_Flux_E52/~2400eV","FPDU_Flux_E53/~2800eV","FPDU_Flux_E54/~3300eV","FPDU_Flux_E55/~3800eV","FPDU_Flux_E56/~4500eV","FPDU_Flux_E57/~5200eV","FPDU_Flux_E58/~6100eV","FPDU_Flux_E59/~7100eV","FPDU_Flux_E60/~8300eV","FPDU_Flux_E61/~9600eV","FPDU_Flux_E62/~11200eV","FPDU_Flux_E63/~13100eV","FPDU_Flux_E64/~15200eV","FPDU_Flux_E65/~17800eV","FPDU_Flux_E66/~20700eV","FPDU_Flux_E67/~24000eV","FPDU_Flux_E68/~28000eV","FPDU_Flux_E69/~33000eV","FPDU_Flux_E70/~38000eV","FPDU_Flux_E71/~44000eV","FPDU_Flux_E72/~52000eV"].

Caveats

Proton Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FPDU, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FPDU: Proton Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

1

Parameter #21

Name

Oxygen Differential Flux Intensity, Omnidirectional, Spectrograms

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FODO

Description

Oxygen Differential Flux Intensity, Omnidirectional, Spectrograms, Energies from ~1 eV to ~50 keV

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FODO: Oxygen Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

8

Parameter #22

Name

Oxygen Differential Flux Intensity, Omnidirectional, Time Series Stack Plots

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FODO_T

Description

Oxygen Differential Flux Intensity, Omnidirectional, Time Series Stack Plots, Energies from ~1 eV to ~50 keV, with Perigee Mode excluded

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FODO, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FODO: Oxygen Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

Element

Name

FODO_Flux_E01/~1.00eV

Index

1

Element

Name

FODO_Flux_E02/~1.20eV

Index

2

Element

Name

FODO_Flux_E03/~1.34eV

Index

3

Element

Name

FODO_Flux_E04/~1.55eV

Index

4

Element

Name

FODO_Flux_E05/~1.83eV

Index

5

Element

Name

FODO_Flux_E06/~2.18eV

Index

6

Element

Name

FODO_Flux_E07/~2.5eV

Index

7

Element

Name

FODO_Flux_E08/~3.0eV

Index

8

Element

Name

FODO_Flux_E09/~3.4eV

Index

9

Element

Name

FODO_Flux_E10/~3.9eV

Index

10

Element

Name

FODO_Flux_E11/~4.6eV

Index

11

Element

Name

FODO_Flux_E12/~5.3eV

Index

12

Element

Name

FODO_Flux_E13/~6.3eV

Index

13

Element

Name

FODO_Flux_E14/~7.3eV

Index

14

Element

Name

FODO_Flux_E15/~8.5eV

Index

15

Element

Name

FODO_Flux_E16/~9.9eV

Index

16

Element

Name

FODO_Flux_E17/~11.5eV

Index

17

Element

Name

FODO_Flux_E18/~13.4eV

Index

18

Element

Name

FODO_Flux_E19/~15.7eV

Index

19

Element

Name

FODO_Flux_E20/~18.3eV

Index

20

Element

Name

FODO_Flux_E21/~21.2eV

Index

21

Element

Name

FODO_Flux_E22/~24.8eV

Index

22

Element

Name

FODO_Flux_E23/~29eV

Index

23

Element

Name

FODO_Flux_E24/~34eV

Index

24

Element

Name

FODO_Flux_E25/~39eV

Index

25

Element

Name

FODO_Flux_E26/~46eV

Index

26

Element

Name

FODO_Flux_E27/~53eV

Index

27

Element

Name

FODO_Flux_E28/~62eV

Index

28

Element

Name

FODO_Flux_E29/~72eV

Index

29

Element

Name

FODO_Flux_E30/~84eV

Index

30

Element

Name

FODO_Flux_E31/~98eV

Index

31

Element

Name

FODO_Flux_E32/~114eV

Index

32

Element

Name

FODO_Flux_E33/~133eV

Index

33

Element

Name

FODO_Flux_E34/~155eV

Index

34

Element

Name

FODO_Flux_E35/~181eV

Index

35

Element

Name

FODO_Flux_E36/~211eV

Index

36

Element

Name

FODO_Flux_E37/~246eV

Index

37

Element

Name

FODO_Flux_E38/~286eV

Index

38

Element

Name

FODO_Flux_E39/~330eV

Index

39

Element

Name

FODO_Flux_E40/~390eV

Index

40

Element

Name

FODO_Flux_E41/~450eV

Index

41

Element

Name

FODO_Flux_E42/~530eV

Index

42

Element

Name

FODO_Flux_E43/~610eV

Index

43

Element

Name

FODO_Flux_E44/~720eV

Index

44

Element

Name

FODO_Flux_E45/~830eV

Index

45

Element

Name

FODO_Flux_E46/~970eV

Index

46

Element

Name

FODO_Flux_E47/~1130eV

Index

47

Element

Name

FODO_Flux_E48/~1320eV

Index

48

Element

Name

FODO_Flux_E49/~1540eV

Index

49

Element

Name

FODO_Flux_E50/~1790eV

Index

50

Element

Name

FODO_Flux_E51/~2090eV

Index

51

Element

Name

FODO_Flux_E52/~2400eV

Index

52

Element

Name

FODO_Flux_E53/~2800eV

Index

53

Element

Name

FODO_Flux_E54/~3300eV

Index

54

Element

Name

FODO_Flux_E55/~3800eV

Index

55

Element

Name

FODO_Flux_E56/~4500eV

Index

56

Element

Name

FODO_Flux_E57/~5200eV

Index

57

Element

Name

FODO_Flux_E58/~6100eV

Index

58

Element

Name

FODO_Flux_E59/~7100eV

Index

59

Element

Name

FODO_Flux_E60/~8300eV

Index

60

Element

Name

FODO_Flux_E61/~9600eV

Index

61

Element

Name

FODO_Flux_E62/~11200eV

Index

62

Element

Name

FODO_Flux_E63/~13100eV

Index

63

Element

Name

FODO_Flux_E64/~15200eV

Index

64

Element

Name

FODO_Flux_E65/~17800eV

Index

65

Element

Name

FODO_Flux_E66/~20700eV

Index

66

Element

Name

FODO_Flux_E67/~24000eV

Index

67

Element

Name

FODO_Flux_E68/~28000eV

Index

68

Element

Name

FODO_Flux_E69/~33000eV

Index

69

Element

Name

FODO_Flux_E70/~38000eV

Index

70

Element

Name

FODO_Flux_E71/~44000eV

Index

71

Element

Name

FODO_Flux_E72/~52000eV

Index

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

8

Parameter #23

Name

Oxygen Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FODU

Description

Oxygen Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Energies from ~1 eV to ~50 keV.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Oxygen Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FODU: Oxygen Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

8

Parameter #24

Name

Oxygen Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FODU_byE_atA

Description

Oxygen Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FODU_Flux_4.5degPA","FODU_Flux_18degPA","FODU_Flux_36degPA","FODU_Flux_54degPA","FODU_Flux_72degPA","FODU_Flux_90degPA","FODU_Flux_108degPA","FODU_Flux_126degPA","FODU_Flux_144degPA","FODU_Flux_162degPA","FODU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FODU_Flux_E01/~1.00eV","FODU_Flux_E02/~1.20eV","FODU_Flux_E03/~1.34eV","FODU_Flux_E04/~1.55eV","FODU_Flux_E05/~1.83eV","FODU_Flux_E06/~2.18eV","FODU_Flux_E07/~2.5eV","FODU_Flux_E08/~3.0eV","FODU_Flux_E09/~3.4eV","FODU_Flux_E10/~3.9eV","FODU_Flux_E11/~4.6eV","FODU_Flux_E12/~5.3eV","FODU_Flux_E13/~6.3eV","FODU_Flux_E14/~7.3eV","FODU_Flux_E15/~8.5eV","FODU_Flux_E16/~9.9eV","FODU_Flux_E17/~11.5eV","FODU_Flux_E18/~13.4eV","FODU_Flux_E19/~15.7eV","FODU_Flux_E20/~18.3eV","FODU_Flux_E21/~21.2eV","FODU_Flux_E22/~24.8eV","FODU_Flux_E23/~29eV","FODU_Flux_E24/~34eV","FODU_Flux_E25/~39eV","FODU_Flux_E26/~46eV","FODU_Flux_E27/~53eV","FODU_Flux_E28/~62eV","FODU_Flux_E29/~72eV","FODU_Flux_E30/~84eV","FODU_Flux_E31/~98eV","FODU_Flux_E32/~114eV","FODU_Flux_E33/~133eV","FODU_Flux_E34/~155eV","FODU_Flux_E35/~181eV","FODU_Flux_E36/~211eV","FODU_Flux_E37/~246eV","FODU_Flux_E38/~286eV","FODU_Flux_E39/~330eV","FODU_Flux_E40/~390eV","FODU_Flux_E41/~450eV","FODU_Flux_E42/~530eV","FODU_Flux_E43/~610eV","FODU_Flux_E44/~720eV","FODU_Flux_E45/~830eV","FODU_Flux_E46/~970eV","FODU_Flux_E47/~1130eV","FODU_Flux_E48/~1320eV","FODU_Flux_E49/~1540eV","FODU_Flux_E50/~1790eV","FODU_Flux_E51/~2090eV","FODU_Flux_E52/~2400eV","FODU_Flux_E53/~2800eV","FODU_Flux_E54/~3300eV","FODU_Flux_E55/~3800eV","FODU_Flux_E56/~4500eV","FODU_Flux_E57/~5200eV","FODU_Flux_E58/~6100eV","FODU_Flux_E59/~7100eV","FODU_Flux_E60/~8300eV","FODU_Flux_E61/~9600eV","FODU_Flux_E62/~11200eV","FODU_Flux_E63/~13100eV","FODU_Flux_E64/~15200eV","FODU_Flux_E65/~17800eV","FODU_Flux_E66/~20700eV","FODU_Flux_E67/~24000eV","FODU_Flux_E68/~28000eV","FODU_Flux_E69/~33000eV","FODU_Flux_E70/~38000eV","FODU_Flux_E71/~44000eV","FODU_Flux_E72/~52000eV"].

Caveats

Oxygen Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FODU.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FODU: Oxygen Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

8

Parameter #25

Name

Oxygen Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FODU_byA_atE

Description

Oxygen Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FODU_Flux_4.5degPA","FODU_Flux_18degPA","FODU_Flux_36degPA","FODU_Flux_54degPA","FODU_Flux_72degPA","FODU_Flux_90degPA","FODU_Flux_108degPA","FODU_Flux_126degPA","FODU_Flux_144degPA","FODU_Flux_162degPA","FODU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FODU_Flux_E01/~1.00eV","FODU_Flux_E02/~1.20eV","FODU_Flux_E03/~1.34eV","FODU_Flux_E04/~1.55eV","FODU_Flux_E05/~1.83eV","FODU_Flux_E06/~2.18eV","FODU_Flux_E07/~2.5eV","FODU_Flux_E08/~3.0eV","FODU_Flux_E09/~3.4eV","FODU_Flux_E10/~3.9eV","FODU_Flux_E11/~4.6eV","FODU_Flux_E12/~5.3eV","FODU_Flux_E13/~6.3eV","FODU_Flux_E14/~7.3eV","FODU_Flux_E15/~8.5eV","FODU_Flux_E16/~9.9eV","FODU_Flux_E17/~11.5eV","FODU_Flux_E18/~13.4eV","FODU_Flux_E19/~15.7eV","FODU_Flux_E20/~18.3eV","FODU_Flux_E21/~21.2eV","FODU_Flux_E22/~24.8eV","FODU_Flux_E23/~29eV","FODU_Flux_E24/~34eV","FODU_Flux_E25/~39eV","FODU_Flux_E26/~46eV","FODU_Flux_E27/~53eV","FODU_Flux_E28/~62eV","FODU_Flux_E29/~72eV","FODU_Flux_E30/~84eV","FODU_Flux_E31/~98eV","FODU_Flux_E32/~114eV","FODU_Flux_E33/~133eV","FODU_Flux_E34/~155eV","FODU_Flux_E35/~181eV","FODU_Flux_E36/~211eV","FODU_Flux_E37/~246eV","FODU_Flux_E38/~286eV","FODU_Flux_E39/~330eV","FODU_Flux_E40/~390eV","FODU_Flux_E41/~450eV","FODU_Flux_E42/~530eV","FODU_Flux_E43/~610eV","FODU_Flux_E44/~720eV","FODU_Flux_E45/~830eV","FODU_Flux_E46/~970eV","FODU_Flux_E47/~1130eV","FODU_Flux_E48/~1320eV","FODU_Flux_E49/~1540eV","FODU_Flux_E50/~1790eV","FODU_Flux_E51/~2090eV","FODU_Flux_E52/~2400eV","FODU_Flux_E53/~2800eV","FODU_Flux_E54/~3300eV","FODU_Flux_E55/~3800eV","FODU_Flux_E56/~4500eV","FODU_Flux_E57/~5200eV","FODU_Flux_E58/~6100eV","FODU_Flux_E59/~7100eV","FODU_Flux_E60/~8300eV","FODU_Flux_E61/~9600eV","FODU_Flux_E62/~11200eV","FODU_Flux_E63/~13100eV","FODU_Flux_E64/~15200eV","FODU_Flux_E65/~17800eV","FODU_Flux_E66/~20700eV","FODU_Flux_E67/~24000eV","FODU_Flux_E68/~28000eV","FODU_Flux_E69/~33000eV","FODU_Flux_E70/~38000eV","FODU_Flux_E71/~44000eV","FODU_Flux_E72/~52000eV"].

Caveats

Oxygen Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FODU, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FODU: Oxygen Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

8

Parameter #26

Name

Helium Differential Flux Intensity, Omnidirectional, Spectrograms

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FHEDO

Description

Helium Differential Flux Intensity, Omnidirectional, Spectrograms, Energies from ~1 eV to ~50 keV

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FHEDO: Helium Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

2

Parameter #27

Name

Helium Differential Flux Intensity, Omnidirectional, Time Series Stack Plots

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FHEDO_T

Description

Helium Differential Flux Intensity, Omnidirectional, Time Series Stack Plots, Energies from ~1 eV to ~50 keV, Perigee Mode excluded

Caveats

Flux integrated, piecewise constant, over 11 Pitch Angles and 20 Gyro Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and over 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FHEDO, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FHEDO: Helium Flux

ValueFormat

E12.2

ScaleMin

1000.0

ScaleMax

1.0e+13

ScaleType

LogScale

Structure

Size

72

Element

Name

FHEDO_Flux_E01/~1.00eV

Index

1

Element

Name

FHEDO_Flux_E02/~1.20eV

Index

2

Element

Name

FHEDO_Flux_E03/~1.34eV

Index

3

Element

Name

FHEDO_Flux_E04/~1.55eV

Index

4

Element

Name

FHEDO_Flux_E05/~1.83eV

Index

5

Element

Name

FHEDO_Flux_E06/~2.18eV

Index

6

Element

Name

FHEDO_Flux_E07/~2.5eV

Index

7

Element

Name

FHEDO_Flux_E08/~3.0eV

Index

8

Element

Name

FHEDO_Flux_E09/~3.4eV

Index

9

Element

Name

FHEDO_Flux_E10/~3.9eV

Index

10

Element

Name

FHEDO_Flux_E11/~4.6eV

Index

11

Element

Name

FHEDO_Flux_E12/~5.3eV

Index

12

Element

Name

FHEDO_Flux_E13/~6.3eV

Index

13

Element

Name

FHEDO_Flux_E14/~7.3eV

Index

14

Element

Name

FHEDO_Flux_E15/~8.5eV

Index

15

Element

Name

FHEDO_Flux_E16/~9.9eV

Index

16

Element

Name

FHEDO_Flux_E17/~11.5eV

Index

17

Element

Name

FHEDO_Flux_E18/~13.4eV

Index

18

Element

Name

FHEDO_Flux_E19/~15.7eV

Index

19

Element

Name

FHEDO_Flux_E20/~18.3eV

Index

20

Element

Name

FHEDO_Flux_E21/~21.2eV

Index

21

Element

Name

FHEDO_Flux_E22/~24.8eV

Index

22

Element

Name

FHEDO_Flux_E23/~29eV

Index

23

Element

Name

FHEDO_Flux_E24/~34eV

Index

24

Element

Name

FHEDO_Flux_E25/~39eV

Index

25

Element

Name

FHEDO_Flux_E26/~46eV

Index

26

Element

Name

FHEDO_Flux_E27/~53eV

Index

27

Element

Name

FHEDO_Flux_E28/~62eV

Index

28

Element

Name

FHEDO_Flux_E29/~72eV

Index

29

Element

Name

FHEDO_Flux_E30/~84eV

Index

30

Element

Name

FHEDO_Flux_E31/~98eV

Index

31

Element

Name

FHEDO_Flux_E32/~114eV

Index

32

Element

Name

FHEDO_Flux_E33/~133eV

Index

33

Element

Name

FHEDO_Flux_E34/~155eV

Index

34

Element

Name

FHEDO_Flux_E35/~181eV

Index

35

Element

Name

FHEDO_Flux_E36/~211eV

Index

36

Element

Name

FHEDO_Flux_E37/~246eV

Index

37

Element

Name

FHEDO_Flux_E38/~286eV

Index

38

Element

Name

FHEDO_Flux_E39/~330eV

Index

39

Element

Name

FHEDO_Flux_E40/~390eV

Index

40

Element

Name

FHEDO_Flux_E41/~450eV

Index

41

Element

Name

FHEDO_Flux_E42/~530eV

Index

42

Element

Name

FHEDO_Flux_E43/~610eV

Index

43

Element

Name

FHEDO_Flux_E44/~720eV

Index

44

Element

Name

FHEDO_Flux_E45/~830eV

Index

45

Element

Name

FHEDO_Flux_E46/~970eV

Index

46

Element

Name

FHEDO_Flux_E47/~1130eV

Index

47

Element

Name

FHEDO_Flux_E48/~1320eV

Index

48

Element

Name

FHEDO_Flux_E49/~1540eV

Index

49

Element

Name

FHEDO_Flux_E50/~1790eV

Index

50

Element

Name

FHEDO_Flux_E51/~2090eV

Index

51

Element

Name

FHEDO_Flux_E52/~2400eV

Index

52

Element

Name

FHEDO_Flux_E53/~2800eV

Index

53

Element

Name

FHEDO_Flux_E54/~3300eV

Index

54

Element

Name

FHEDO_Flux_E55/~3800eV

Index

55

Element

Name

FHEDO_Flux_E56/~4500eV

Index

56

Element

Name

FHEDO_Flux_E57/~5200eV

Index

57

Element

Name

FHEDO_Flux_E58/~6100eV

Index

58

Element

Name

FHEDO_Flux_E59/~7100eV

Index

59

Element

Name

FHEDO_Flux_E60/~8300eV

Index

60

Element

Name

FHEDO_Flux_E61/~9600eV

Index

61

Element

Name

FHEDO_Flux_E62/~11200eV

Index

62

Element

Name

FHEDO_Flux_E63/~13100eV

Index

63

Element

Name

FHEDO_Flux_E64/~15200eV

Index

64

Element

Name

FHEDO_Flux_E65/~17800eV

Index

65

Element

Name

FHEDO_Flux_E66/~20700eV

Index

66

Element

Name

FHEDO_Flux_E67/~24000eV

Index

67

Element

Name

FHEDO_Flux_E68/~28000eV

Index

68

Element

Name

FHEDO_Flux_E69/~33000eV

Index

69

Element

Name

FHEDO_Flux_E70/~38000eV

Index

70

Element

Name

FHEDO_Flux_E71/~44000eV

Index

71

Element

Name

FHEDO_Flux_E72/~52000eV

Index

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

2

Parameter #28

Name

Helium Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FHEDU

Description

Helium Differential Flux Intensity, Unidirectional, Energy-Angle Plasmagrams, Energies from ~1 eV to ~50 keV.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Helium Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

AxisLabel

FHEDU: Helium Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

2

Parameter #29

Name

Helium Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FHEDU_byE_atA

Description

Helium Differential Flux Intensity, Unidirectional, Spectrograms by Energy at Sample Pitch Angles, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FHEDU_Flux_4.5degPA","FHEDU_Flux_18degPA","FHEDU_Flux_36degPA","FHEDU_Flux_54degPA","FHEDU_Flux_72degPA","FHEDU_Flux_90degPA","FHEDU_Flux_108degPA","FHEDU_Flux_126degPA","FHEDU_Flux_144degPA","FHEDU_Flux_162degPA","FHEDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FHEDU_Flux_E01/~1.00eV","FHEDU_Flux_E02/~1.20eV","FHEDU_Flux_E03/~1.34eV","FHEDU_Flux_E04/~1.55eV","FHEDU_Flux_E05/~1.83eV","FHEDU_Flux_E06/~2.18eV","FHEDU_Flux_E07/~2.5eV","FHEDU_Flux_E08/~3.0eV","FHEDU_Flux_E09/~3.4eV","FHEDU_Flux_E10/~3.9eV","FHEDU_Flux_E11/~4.6eV","FHEDU_Flux_E12/~5.3eV","FHEDU_Flux_E13/~6.3eV","FHEDU_Flux_E14/~7.3eV","FHEDU_Flux_E15/~8.5eV","FHEDU_Flux_E16/~9.9eV","FHEDU_Flux_E17/~11.5eV","FHEDU_Flux_E18/~13.4eV","FHEDU_Flux_E19/~15.7eV","FHEDU_Flux_E20/~18.3eV","FHEDU_Flux_E21/~21.2eV","FHEDU_Flux_E22/~24.8eV","FHEDU_Flux_E23/~29eV","FHEDU_Flux_E24/~34eV","FHEDU_Flux_E25/~39eV","FHEDU_Flux_E26/~46eV","FHEDU_Flux_E27/~53eV","FHEDU_Flux_E28/~62eV","FHEDU_Flux_E29/~72eV","FHEDU_Flux_E30/~84eV","FHEDU_Flux_E31/~98eV","FHEDU_Flux_E32/~114eV","FHEDU_Flux_E33/~133eV","FHEDU_Flux_E34/~155eV","FHEDU_Flux_E35/~181eV","FHEDU_Flux_E36/~211eV","FHEDU_Flux_E37/~246eV","FHEDU_Flux_E38/~286eV","FHEDU_Flux_E39/~330eV","FHEDU_Flux_E40/~390eV","FHEDU_Flux_E41/~450eV","FHEDU_Flux_E42/~530eV","FHEDU_Flux_E43/~610eV","FHEDU_Flux_E44/~720eV","FHEDU_Flux_E45/~830eV","FHEDU_Flux_E46/~970eV","FHEDU_Flux_E47/~1130eV","FHEDU_Flux_E48/~1320eV","FHEDU_Flux_E49/~1540eV","FHEDU_Flux_E50/~1790eV","FHEDU_Flux_E51/~2090eV","FHEDU_Flux_E52/~2400eV","FHEDU_Flux_E53/~2800eV","FHEDU_Flux_E54/~3300eV","FHEDU_Flux_E55/~3800eV","FHEDU_Flux_E56/~4500eV","FHEDU_Flux_E57/~5200eV","FHEDU_Flux_E58/~6100eV","FHEDU_Flux_E59/~7100eV","FHEDU_Flux_E60/~8300eV","FHEDU_Flux_E61/~9600eV","FHEDU_Flux_E62/~11200eV","FHEDU_Flux_E63/~13100eV","FHEDU_Flux_E64/~15200eV","FHEDU_Flux_E65/~17800eV","FHEDU_Flux_E66/~20700eV","FHEDU_Flux_E67/~24000eV","FHEDU_Flux_E68/~28000eV","FHEDU_Flux_E69/~33000eV","FHEDU_Flux_E70/~38000eV","FHEDU_Flux_E71/~44000eV","FHEDU_Flux_E72/~52000eV"].

Caveats

Helium Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function ALTERNATE_VIEW with the following input parameters: FHEDU.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FHEDU: Helium Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

2

Parameter #30

Name

Helium Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies

Set

Time Series defined by using: EPOCH_ION

ParameterKey

FHEDU_byA_atE

Description

Helium Differential Flux Intensity, Unidirectional, Spectrograms by Pitch Angle at Sample Energies, Energies from ~1 eV to ~50 keV, Perigee Mode excluded.
Column 1 Labels from PITCH_ANGLE: ["FHEDU_Flux_4.5degPA","FHEDU_Flux_18degPA","FHEDU_Flux_36degPA","FHEDU_Flux_54degPA","FHEDU_Flux_72degPA","FHEDU_Flux_90degPA","FHEDU_Flux_108degPA","FHEDU_Flux_126degPA","FHEDU_Flux_144degPA","FHEDU_Flux_162degPA","FHEDU_Flux_175.5degPA"].
Column 2 Labels from HOPE_ENERGY_ION: ["FHEDU_Flux_E01/~1.00eV","FHEDU_Flux_E02/~1.20eV","FHEDU_Flux_E03/~1.34eV","FHEDU_Flux_E04/~1.55eV","FHEDU_Flux_E05/~1.83eV","FHEDU_Flux_E06/~2.18eV","FHEDU_Flux_E07/~2.5eV","FHEDU_Flux_E08/~3.0eV","FHEDU_Flux_E09/~3.4eV","FHEDU_Flux_E10/~3.9eV","FHEDU_Flux_E11/~4.6eV","FHEDU_Flux_E12/~5.3eV","FHEDU_Flux_E13/~6.3eV","FHEDU_Flux_E14/~7.3eV","FHEDU_Flux_E15/~8.5eV","FHEDU_Flux_E16/~9.9eV","FHEDU_Flux_E17/~11.5eV","FHEDU_Flux_E18/~13.4eV","FHEDU_Flux_E19/~15.7eV","FHEDU_Flux_E20/~18.3eV","FHEDU_Flux_E21/~21.2eV","FHEDU_Flux_E22/~24.8eV","FHEDU_Flux_E23/~29eV","FHEDU_Flux_E24/~34eV","FHEDU_Flux_E25/~39eV","FHEDU_Flux_E26/~46eV","FHEDU_Flux_E27/~53eV","FHEDU_Flux_E28/~62eV","FHEDU_Flux_E29/~72eV","FHEDU_Flux_E30/~84eV","FHEDU_Flux_E31/~98eV","FHEDU_Flux_E32/~114eV","FHEDU_Flux_E33/~133eV","FHEDU_Flux_E34/~155eV","FHEDU_Flux_E35/~181eV","FHEDU_Flux_E36/~211eV","FHEDU_Flux_E37/~246eV","FHEDU_Flux_E38/~286eV","FHEDU_Flux_E39/~330eV","FHEDU_Flux_E40/~390eV","FHEDU_Flux_E41/~450eV","FHEDU_Flux_E42/~530eV","FHEDU_Flux_E43/~610eV","FHEDU_Flux_E44/~720eV","FHEDU_Flux_E45/~830eV","FHEDU_Flux_E46/~970eV","FHEDU_Flux_E47/~1130eV","FHEDU_Flux_E48/~1320eV","FHEDU_Flux_E49/~1540eV","FHEDU_Flux_E50/~1790eV","FHEDU_Flux_E51/~2090eV","FHEDU_Flux_E52/~2400eV","FHEDU_Flux_E53/~2800eV","FHEDU_Flux_E54/~3300eV","FHEDU_Flux_E55/~3800eV","FHEDU_Flux_E56/~4500eV","FHEDU_Flux_E57/~5200eV","FHEDU_Flux_E58/~6100eV","FHEDU_Flux_E59/~7100eV","FHEDU_Flux_E60/~8300eV","FHEDU_Flux_E61/~9600eV","FHEDU_Flux_E62/~11200eV","FHEDU_Flux_E63/~13100eV","FHEDU_Flux_E64/~15200eV","FHEDU_Flux_E65/~17800eV","FHEDU_Flux_E66/~20700eV","FHEDU_Flux_E67/~24000eV","FHEDU_Flux_E68/~28000eV","FHEDU_Flux_E69/~33000eV","FHEDU_Flux_E70/~38000eV","FHEDU_Flux_E71/~44000eV","FHEDU_Flux_E72/~52000eV"].

Caveats

Helium Flux as a Function of 11 Pitch Angles, as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis, and 72 Energies. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. This parameter is virtual. It is calculated by calling the function APPLY_ESA_QFLAG with the following input parameters: FHEDU, Mode_Ion.

Cadence

PT11.35S

Units

(cm^2 s sr keV)^-1

UnitsConversion

6.24161e-16>(m^2 s sr J)^-1

RenderingHints

DisplayType

Spectrogram

AxisLabel

FHEDU: Helium Flux

ValueFormat

E12.2

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

NumberFlux

AtomicNumber

2

Parameter #31

Name

Data Quality Flag Type Descriptions, Electron Data

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Flags_Ele

Description

Data Quality Flag Type Descriptions, Electron Data

Caveats

Flags to indicate potential Issues with Electron Data. Each Element of this Array contains the Flag Status for a particular Concern. A Value of Zero of r a particular File Type indicates no unusual Concerns of that Type for that Time Sample. Increasing Flag Values indicate increasing Concern. See the FLAGS Variable for a Description of each Element.

Cadence

PT11.35S

RenderingHints

DisplayType

TimeSeries

AxisLabel

Electron flags

ValueFormat

I3

ScaleType

LinearScale

Structure

Size

8

Element

Name

Elec Ct Rate

Index

1

Element

Name

Elec Eclipse

Index

2

Element

Name

Reserved

Index

3

Element

Name

Reserved

Index

4

Element

Name

Reserved

Index

5

Element

Name

Reserved

Index

6

Element

Name

Reserved

Index

7

Element

Name

Reserved

Index

8

ValidMin

0

ValidMax

254

FillValue

255

Support

Qualifier

Array

SupportQuantity

Other

Parameter #32

Name

Data Quality Flag Type Descriptions, Ion Data

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Flags_Ion

Description

Data Quality Flag Type Descriptions, Ion Data

Caveats

Flags to indicate potential Issues with Ion Data. Each Element of this Array contains the Flag Status for a particular Concern. A Value of Zero of r a particular File Type indicates no unusual Concerns of that Type for that Time Sample. Increasing Flag Values indicate increasing Concern. See the FLAGS Variable for a Description of each Element.

Cadence

PT11.35S

RenderingHints

DisplayType

TimeSeries

AxisLabel

Ion flags

ValueFormat

I3

ScaleType

LinearScale

Structure

Size

8

Element

Name

Ion Ct Rate

Index

1

Element

Name

Ion Eclipse

Index

2

Element

Name

Reserved

Index

3

Element

Name

Reserved

Index

4

Element

Name

Reserved

Index

5

Element

Name

Reserved

Index

6

Element

Name

Reserved

Index

7

Element

Name

Reserved

Index

8

ValidMin

0

ValidMax

254

FillValue

255

Support

Qualifier

Array

SupportQuantity

Other

Parameter #33

Name

Instrument Data Mode, Electron

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Mode_Ele

Description

Instrument Data Mode, Electron

Caveats

Indicates the Instrument Mode for the Data Collection. Each Instrument Mode has a different Set of Energy Channels. See the corresponding HOPE_ENERGY_Electron Record. 0=Apogee Mode: Normal Operation, 1=Perigee Mode: Minimum Energy Channel raised during the Pass through Perigee, 2=Burst Mode: Subset of Energies sampled at rapid Cadence.

Cadence

PT11.35S

RenderingHints

DisplayType

TimeSeries

AxisLabel

Electron mode

ValueFormat

I3

ScaleType

LinearScale

ValidMin

0

ValidMax

2

FillValue

255

Support

Qualifier

Scalar

SupportQuantity

InstrumentMode

Parameter #34

Name

Instrument Data Mode, Ion

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Mode_Ion

Description

Instrument Data Mode, Ion

Caveats

Indicates the Instrument Mode for the Data Collection. Each Instrument Mode has a different Set of Energy Channels. See the corresponding HOPE_ENERGY_Electron Record. 0=Apogee Mode: Normal Operation, 1=Perigee Mode: Minimum Energy Channel raised during the Pass through Perigee, 2=Burst Mode: Subset of Energies sampled at rapid Cadence.

Cadence

PT11.35S

RenderingHints

DisplayType

TimeSeries

AxisLabel

Ion mode

ValueFormat

I3

ScaleType

LinearScale

ValidMin

0

ValidMax

1

FillValue

255

Support

Qualifier

Scalar

SupportQuantity

InstrumentMode

Parameter #35

Name

HOPE Electron Differential Counts, Omnidirectional

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Counts_E_Omni

Description

HOPE Electron Differential Counts, Omnidirectional

Caveats

Counts summed over over 72 Energies and over 20 Gyro Angles and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

e- counts

ValueFormat

E14.3

ScaleMin

0.1

ScaleMax

10000.0

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

Counts

Parameter #36

Name

HOPE Electron Differential Counts, Directional

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Counts_E

Description

HOPE Electron Differential Counts, Directional, not for Plotting.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Counts as a Function of 72 Energies and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. The Counts are summed over all Measurements in each Pitch Angle/Gyro Angle Bin.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

e- counts

ValueFormat

E14.3

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Electron

Qualifier

Array

ParticleQuantity

Counts

Parameter #37

Name

HOPE Proton Differential Counts, Omnidirectional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_P_Omni

Description

HOPE Proton Differential Counts, Omnidirectional

Caveats

Counts summed over over 72 Energies and over 20 Gyro Angles and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

p+ counts

ValueFormat

E14.3

ScaleMin

0.1

ScaleMax

10000.0

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

1

Parameter #38

Name

HOPE Proton Differential Counts, Directional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_P

Description

HOPE Proton Differential Counts, Directional, not for Plotting.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Counts as a Function of 72 Energies and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. The Counts are summed over all Measurements in each Pitch Angle/Gyro Angle Bin.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

p+ counts

ValueFormat

E14.3

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Proton

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

1

Parameter #39

Name

HOPE Helium Differential Counts, Omnidirectional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_He_Omni

Description

HOPE Helium Differential Counts, Omnidirectional

Caveats

Counts summed over over 72 Energies and over 20 Gyro Angles and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

He+ counts

ValueFormat

E14.3

ScaleMin

0.1

ScaleMax

3000.0

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

2

Parameter #40

Name

HOPE Helium Differential Counts, Directional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_He

Description

HOPE Helium Differential Counts, Directional, not for Plotting.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Counts as a Function of 72 Energies and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. The Counts are summed over all Measurements in each Pitch Angle/Gyro Angle Bin.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

He+ counts

ValueFormat

E14.3

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

2

Parameter #41

Name

HOPE Oxygen Differential Counts, Omnidirectional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_O_Omni

Description

HOPE Oxygen Differential Counts, Omnidirectional

Caveats

Counts summed over over 72 Energies and over 20 Gyro Angles and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

O+ counts

ValueFormat

E14.3

ScaleMin

0.1

ScaleMax

10000.0

ScaleType

LogScale

Structure

Size

72

ValidMin

0.0

ValidMax

1.0e+16

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

8

Parameter #42

Name

HOPE Oxygen Differential Counts, Directional

Set

Time Series defined by using: EPOCH_ION

ParameterKey

Counts_O

Description

HOPE Oxygen Differential Counts, Directional, not for Plotting.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Counts as a Function of 72 Energies and 11 Pitch Angles as computed by using the Magnetic Field Direction crossed with the Spacecraft Spin Axis. Note that the Data have been expanded to the highest possible Resolution. Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions. The Counts are summed over all Measurements in each Pitch Angle/Gyro Angle Bin.

Cadence

PT11.35S

RenderingHints

DisplayType

Spectrogram

AxisLabel

O+ counts

ValueFormat

E14.3

ScaleType

LogScale

Structure

Size

11 72

FillValue

-1.0e+31

Particle

ParticleType

Ion

Qualifier

Array

ParticleQuantity

Counts

AtomicNumber

8

Parameter #43

Name

Number of Samples in the Summation, Electron Differential Flux Intensity, Omnidirectional

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Ele_SAMPLES_Omni

Description

Number of Samples in the Summation, Electron Differential Flux Intensity, Omnidirectional, not for Plotting

Caveats

Number of Samples used in computing the Flux summed over Pitch Angle. Note that the Data have been expanded to the highest possible Resolution (16 Spin angles, 72 Energies). Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

AxisLabel

Electron samples

ValueFormat

I4

ScaleMin

0

ScaleMax

30

ScaleType

LinearScale

Structure

Size

72

ValidMin

0

ValidMax

253

FillValue

255

Support

Qualifier

Array

SupportQuantity

Other

Parameter #44

Name

Number of Samples in the Summation, Electron Differential Flux Intensity, Unidirectional

Set

Time Series defined by using: EPOCH_ELE

ParameterKey

Ele_SAMPLES

Description

Number of Samples in the Summation, Electron Differential Flux Intensity, Unidirectional, not for Plotting.
Column 1 Labels from PITCH_ANGLE: [ 4.50000, 18.0000, 36.0000, 54.0000, 72.0000, 90.0000, 108.000, 126.000, 144.000, 162.000, 175.500]

Caveats

Number of Samples used in computing the Flux summed over Pitch Angle. Note that the Data have been expanded to the highest possible Resolution (16 Spin angles, 72 Energies). Before September 2013, the transmitted Data were collapsed to 36 Energies and 4-8-16-8-4 Spin Angles in order to meet Telemetry Allocation Restrictions.

Cadence

PT11.35S

RenderingHints

AxisLabel

Electron samples

ValueFormat

I4

ScaleType

LinearScale

Structure

Size

11 72

FillValue

255

Support

Qualifier

Array

SupportQuantity

Other