2.6.0
spase://NASA/NumericalData/THEMIS/E/GMOM/PT3S
THEMIS-E (P4) Electron and Ion Moments (GMOM) Ground-Calculated Particle Energy Fluxes and Moments: Density, Velocity, Pressure and Temperature
https://doi.org/10.48322/h36y-ta68
2023-07-30T12:34:56.789
2021-04-27T15:38:11
Only known prior ReleaseDate of the metadata
2023-07-30T12:34:56.789
Added DOI and PublicationInfo minted by LFB, metadata versioned up to SPASE 2.6.0, reviewed by LFB 20230727
THEMIS-E Electrostatic Analyzer (ESA) and Solid State Telescope (SST) Ground-Calculated Particle Energy Fluxes and Moments: Density, Velocity, Pressure, and Temperature. Generated from ESA and SST Combined Distributions. Data include Electron/Ion Ground-Calculated Fluxes and Spectrograms for Ions from 5 eV to 4 MeV and Electrons from 6 eV to 700 keV.
V. Angelopoulos, C.W. Carlson, J. McFadden, NASA Contract NAS5-02099. Open Data for Scientific Use.
Angelopoulos, Vassilis; Carlson, Charles, W.; McFadden, James, P.
2023-01-01T00:00:00
NASA Space Physics Data Facility
spase://SMWG/Person/Vassilis.Angelopoulos
PrincipalInvestigator
spase://SMWG/Person/Charles.W.Carlson
PrincipalInvestigator
spase://SMWG/Person/James.P.McFadden
PrincipalInvestigator
spase://SMWG/Person/Robert.E.McGuire
MetadataContact
spase://SMWG/Person/Lee.Frost.Bargatze
MetadataContact
THEMIS Mission Website
http://themis.ssl.berkeley.edu
Access to THEMIS Mission Higher Resolution Data and Analysis Software
SST Instrument Description
http://themis.ssl.berkeley.edu/instrument_sst.shtml
Detailed Description of the Solid State Telescope (SST) Instrument
ESA Instrument Description
http://themis.ssl.berkeley.edu/instrument_esa.shtml
Detailed Description of the Electrostatic Analyzer (ESA) Instrument
spase://VSPO/NumericalData/THEMIS/E/GMOM/PT3S
spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb
Online
Open
FTPS from SPDF (not with most browsers)
ftps://spdf.gsfc.nasa.gov/pub/data/themis/the/l2/gmom/
Access to Data in CDF Format via ftp from SPDF
HTTPS from SPDF
https://spdf.gsfc.nasa.gov/pub/data/themis/the/l2/gmom/
Access to Data in CDF Format via http from SPDF
CDAWeb
https://cdaweb.gsfc.nasa.gov/cgi-bin/eval2.cgi?dataset=THE_L2_GMOM&index=sp_phys
THE_L2_GMOM
Access to ASCII, CDF, and plots via NASA/GSFC CDAWeb
CDF
None
V. Angelopoulos, C.W. Carlson, J. McFadden, NASA Contract NAS5-02099. Open Data for Scientific Use. Please acknowledge the data providers and CDAWeb when using these data.
spase://SMWG/Repository/NASA/GSFC/SPDF/CDAWeb
Online
Open
CDAWeb HAPI Server
https://cdaweb.gsfc.nasa.gov/hapi
THE_L2_GMOM@0
THE_L2_GMOM@1
THE_L2_GMOM@2
THE_L2_GMOM@3
THE_L2_GMOM@4
THE_L2_GMOM@5
THE_L2_GMOM@6
THE_L2_GMOM@7
Web Service to this product using the HAPI interface.
CSV
V. Angelopoulos, C.W. Carlson, J. McFadden, NASA Contract NAS5-02099. Open Data for Scientific Use. Please acknowledge the data providers and CDAWeb when using these data.
Calibrated
Level 2
spase://SMWG/Instrument/THEMIS/E/ESA
spase://SMWG/Instrument/THEMIS/E/SST
ElectricField
EnergeticParticles
InstrumentStatus
MagneticField
ThermalPlasma
2007-03-09T00:00:00.000
-P7D
PT3S
See THEMIS Website for Caveats
Ion Data Quality Flag, ESA-SST FF Mode
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_data_quality
Ion Data Quality Flag, ESA-SST Full-Full Mode
PT3S
TimeSeries
Data_Quality_Flag_ion Full ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Ion Density, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_densityQ
Ion Density, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_density, the_ptiff_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Full-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_avgtempQ
Ion Average Temperature, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_avgtemp, the_ptiff_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_vthermalQ
Ion Thermal Velocity, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_vthermal, the_ptiff_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_sc_pot, the_ptiff_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_ion Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_en_efluxQ
Ion Energy Flux Spectrogram Vector, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_en_eflux, the_ptiff_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Diagonalized Temperature, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_t3Q
Ion Diagonalized Temperature, ESA-SST Full-Full Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_t3, the_ptiff_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Full ESA-SST-E
1
1
Tprp2_ion Full ESA-SST-E
2
2
Tpar_ion Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST FF Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_magt3Q
Ion Temperature, ESA-SST Full-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_magt3, the_ptiff_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Full ESA-SST-E
1
1
Tprp2_ion FA Full ESA-SST-E
2
2
Tpar_ion FA Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_ptensQ
Ion Pressure Tensor, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_ptens, the_ptiff_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Full ESA-SST-E
1
1
Pyy_ion Full ESA-SST-E
2
2
Pzz_ion Full ESA-SST-E
3
3
Pxy_ion Full ESA-SST-E
4
4
Pxz_ion Full ESA-SST-E
5
5
Pyz_ion Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_mftensQ
Ion Momentum Flux Tensor, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_mftens, the_ptiff_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Full ESA-SST-E
1
1
MFyy_ion Full ESA-SST-E
2
2
MFzz_ion Full ESA-SST-E
3
3
MFxy_ion Full ESA-SST-E
4
4
MFxz_ion Full ESA-SST-E
5
5
MFyz_ion Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_fluxQ
Ion Particle Flux Vector, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_flux, the_ptiff_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Full ESA-SST-E
1
1
Fy_ion DSL Full ESA-SST-E
2
2
Fz_ion DSL Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_symmQ
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_symm, the_ptiff_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Full ESA-SST-E
1
1
Symm_yi Full ESA-SST-E
2
2
Symm_zi Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_symm_angQ
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_symm_ang, the_ptiff_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Ion ESA-SST Full-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_magf, the_ptiff_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Full ESA-SST-E
1
1
By_ion DSL Full ESA-SST-E
2
2
Bz_ion DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_dslQ
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_velocity_dsl, the_ptiff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Full ESA-SST-E
1
1
Vy_ion DSL Full ESA-SST-E
2
2
Vz_ion DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_gseQ
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_velocity_gse, the_ptiff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Full ESA-SST-E
1
1
Vy_ion GSE Full ESA-SST-E
2
2
Vz_ion GSE Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_gsmQ
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptiff_velocity_gsm, the_ptiff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Full ESA-SST-E
1
1
Vy_ion GSM Full ESA-SST-E
2
2
Vz_ion GSM Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Electron Data Quality Flag, ESA-SST FF Mode
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_data_quality
Electron Data Quality Flag, ESA-SST Full-Full Mode
PT3S
TimeSeries
Data_Quality_Flag_elec Full ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Electron Density, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_densityQ
Electron Density, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_density, the_pteff_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Full-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_avgtempQ
Electron Average Temperature, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_avgtemp, the_pteff_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_vthermalQ
Electron Thermal Velocity, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_vthermal, the_pteff_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_sc_pot, the_pteff_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_elec Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_en_efluxQ
Electron Energy Flux Spectrogram Vector, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_en_eflux, the_pteff_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Diagonalized Temperature, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_t3Q
Electron Diagonalized Temperature, ESA-SST Full-Full Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_t3, the_pteff_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Full ESA-SST-E
1
1
Tprp2_elec Full ESA-SST-E
2
2
Tpar_elec Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST FF Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_magt3Q
Electron Temperature, ESA-SST Full-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_magt3, the_pteff_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Full ESA-SST-E
1
1
Tprp2_elec FA Full ESA-SST-E
2
2
Tpar_elec FA Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_ptensQ
Electron Pressure Tensor, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_ptens, the_pteff_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Full ESA-SST-E
1
1
Pyy_elec Full ESA-SST-E
2
2
Pzz_elec Full ESA-SST-E
3
3
Pxy_elec Full ESA-SST-E
4
4
Pxz_elec Full ESA-SST-E
5
5
Pyz_elec Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_mftensQ
Electron Momentum Flux Tensor, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_mftens, the_pteff_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Full ESA-SST-E
1
1
MFyy_elec Full ESA-SST-E
2
2
MFzz_elec Full ESA-SST-E
3
3
MFxy_elec Full ESA-SST-E
4
4
MFxz_elec Full ESA-SST-E
5
5
MFyz_elec Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_fluxQ
Electron Particle Flux Vector, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_flux, the_pteff_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Full ESA-SST-E
1
1
Fy_elec DSL Full ESA-SST-E
2
2
Fz_elec DSL Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_symmQ
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_symm, the_pteff_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Full ESA-SST-E
1
1
Symm_ye Full ESA-SST-E
2
2
Symm_ze Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_symm_angQ
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_symm_ang, the_pteff_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_magf, the_pteff_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Full ESA-SST-E
1
1
By_elec DSL Full ESA-SST-E
2
2
Bz_elec DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_dslQ
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_velocity_dsl, the_pteff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Full ESA-SST-E
1
1
Vy_elec DSL Full ESA-SST-E
2
2
Vz_elec DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_gseQ
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_velocity_gse, the_pteff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Full ESA-SST-E
1
1
Vy_elec GSE Full ESA-SST-E
2
2
Vz_elec GSE Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST FF Mode, Good Data only
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_gsmQ
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Full-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pteff_velocity_gsm, the_pteff_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Full ESA-SST-E
1
1
Vy_elec GSM Full ESA-SST-E
2
2
Vz_elec GSM Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Ion Data Quality Flag, ESA-SST RF Mode
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_data_quality
Ion Data Quality Flag, ESA-SST Reduced-Full Mode
PT3S
TimeSeries
Data_Quality_Flag_ion Reduced+Full ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Ion Density, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_densityQ
Ion Density, ESA-SST Reduced-Full Mode (Low Angular Resolution, 3 s Time Resolution; High Angular Resolution, Variable Time Resolution), Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_density, the_ptirf_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_avgtempQ
Ion Average Temperature, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_avgtemp, the_ptirf_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_vthermalQ
Ion Thermal Velocity, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_vthermal, the_ptirf_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_sc_pot, the_ptirf_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_ion Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_en_efluxQ
Ion Energy Flux Spectrogram Vector, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_en_eflux, the_ptirf_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Diagonalized Temperature, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_t3Q
Ion Diagonalized Temperature, ESA-SST Reduced-Full Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_t3, the_ptirf_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Reduced-Full ESA-SST-E
1
1
Tprp2_ion Reduced-Full ESA-SST-E
2
2
Tpar_ion Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST RF Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_magt3Q
Ion Temperature, ESA-SST Reduced-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_magt3, the_ptirf_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Reduced-Full ESA-SST-E
1
1
Tprp2_ion FA Reduced-Full ESA-SST-E
2
2
Tpar_ion FA Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_ptensQ
Ion Pressure Tensor, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_ptens, the_ptirf_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Reduced-Full ESA-SST-E
1
1
Pyy_ion Reduced-Full ESA-SST-E
2
2
Pzz_ion Reduced-Full ESA-SST-E
3
3
Pxy_ion Reduced-Full ESA-SST-E
4
4
Pxz_ion Reduced-Full ESA-SST-E
5
5
Pyz_ion Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_mftensQ
Ion Momentum Flux Tensor, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_mftens, the_ptirf_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Reduced-Full ESA-SST-E
1
1
MFyy_ion Reduced-Full ESA-SST-E
2
2
MFzz_ion Reduced-Full ESA-SST-E
3
3
MFxy_ion Reduced-Full ESA-SST-E
4
4
MFxz_ion Reduced-Full ESA-SST-E
5
5
MFyz_ion Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_fluxQ
Ion Particle Flux Vector, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_flux, the_ptirf_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Reduced-Full ESA-SST-E
1
1
Fy_ion DSL Reduced-Full ESA-SST-E
2
2
Fz_ion DSL Reduced-Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_symmQ
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_symm, the_ptirf_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Reduced-Full ESA-SST-E
1
1
Symm_yi Reduced-Full ESA-SST-E
2
2
Symm_zi Reduced-Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_symm_angQ
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_symm_ang, the_ptirf_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Ion ESA-SST Reduced-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_magf, the_ptirf_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Reduced-Full ESA-SST-E
1
1
By_ion DSL Reduced-Full ESA-SST-E
2
2
Bz_ion DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_dslQ
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_velocity_dsl, the_ptirf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Reduced-Full ESA-SST-E
1
1
Vy_ion DSL Reduced-Full ESA-SST-E
2
2
Vz_ion DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_gseQ
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_velocity_gse, the_ptirf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Reduced-Full ESA-SST-E
1
1
Vy_ion GSE Reduced-Full ESA-SST-E
2
2
Vz_ion GSE Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_gsmQ
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptirf_velocity_gsm, the_ptirf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Reduced-Full ESA-SST-E
1
1
Vy_ion GSM Reduced-Full ESA-SST-E
2
2
Vz_ion GSM Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Electron Data Quality Flag, ESA-SST RF Mode
Time series defined by using: THE_PTERF_EPOCH
the_pterf_data_quality
Electron Data Quality Flag, ESA-SST Reduced-Full Mode
PT3S
TimeSeries
Data_Quality_Flag_elec Reduced+Full ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Electron Density, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_densityQ
Electron Density, ESA-SST Reduced-Full Mode (Low Angular Resolution, 3 s Time Resolution; High Angular Resolution, Variable Time Resolution), Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_density, the_pterf_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_avgtempQ
Electron Average Temperature, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_avgtemp, the_pterf_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_vthermalQ
Electron Thermal Velocity, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_vthermal, the_pterf_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_sc_pot, the_pterf_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_elec Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_en_efluxQ
Electron Energy Flux Spectrogram Vector, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_en_eflux, the_pterf_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Diagonalized Temperature, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_t3Q
Electron Diagonalized Temperature, ESA-SST Reduced-Full Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_t3, the_pterf_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Reduced-Full ESA-SST-E
1
1
Tprp2_elec Reduced-Full ESA-SST-E
2
2
Tpar_elec Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST RF Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_magt3Q
Electron Temperature, ESA-SST Reduced-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_magt3, the_pterf_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Reduced-Full ESA-SST-E
1
1
Tprp2_elec FA Reduced-Full ESA-SST-E
2
2
Tpar_elec FA Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_ptensQ
Electron Pressure Tensor, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_ptens, the_pterf_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Reduced-Full ESA-SST-E
1
1
Pyy_elec Reduced-Full ESA-SST-E
2
2
Pzz_elec Reduced-Full ESA-SST-E
3
3
Pxy_elec Reduced-Full ESA-SST-E
4
4
Pxz_elec Reduced-Full ESA-SST-E
5
5
Pyz_elec Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_mftensQ
Electron Momentum Flux Tensor, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_mftens, the_pterf_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Reduced-Full ESA-SST-E
1
1
MFyy_elec Reduced-Full ESA-SST-E
2
2
MFzz_elec Reduced-Full ESA-SST-E
3
3
MFxy_elec Reduced-Full ESA-SST-E
4
4
MFxz_elec Reduced-Full ESA-SST-E
5
5
MFyz_elec Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_fluxQ
Electron Particle Flux Vector, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_flux, the_pterf_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Reduced-Full ESA-SST-E
1
1
Fy_elec DSL Reduced-Full ESA-SST-E
2
2
Fz_elec DSL Reduced-Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_symmQ
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_symm, the_pterf_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Reduced-Full ESA-SST-E
1
1
Symm_ye Reduced-Full ESA-SST-E
2
2
Symm_ze Reduced-Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_symm_angQ
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_symm_ang, the_pterf_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_magf, the_pterf_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Reduced-Full ESA-SST-E
1
1
By_elec DSL Reduced-Full ESA-SST-E
2
2
Bz_elec DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_dslQ
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_velocity_dsl, the_pterf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Reduced-Full ESA-SST-E
1
1
Vy_elec DSL Reduced-Full ESA-SST-E
2
2
Vz_elec DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_gseQ
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_velocity_gse, the_pterf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Reduced-Full ESA-SST-E
1
1
Vy_elec GSE Reduced-Full ESA-SST-E
2
2
Vz_elec GSE Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST RF Mode, Good Data only
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_gsmQ
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Reduced-Full Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_pterf_velocity_gsm, the_pterf_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Reduced-Full ESA-SST-E
1
1
Vy_elec GSM Reduced-Full ESA-SST-E
2
2
Vz_elec GSM Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Ion Data Quality Flag, ESA-SST BB Mode
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_data_quality
Ion Data Quality Flag, ESA-SST Burst-Burst Mode
PT3S
TimeSeries
Data_Quality_Flag_ion Burst+Burst ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Ion Density, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_densityQ
Ion Density, ESA-SST Burst-Burst Mode (High Time and Angular Resolution), Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_density, the_ptibb_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_avgtempQ
Ion Average Temperature, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_avgtemp, the_ptibb_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_vthermalQ
Ion Thermal Velocity, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_vthermal, the_ptibb_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_sc_pot, the_ptibb_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_ion Brst ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_en_efluxQ
Ion Energy Flux Spectrogram Vector, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_en_eflux, the_ptibb_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Diagonalized Temperature, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_t3Q
Ion Diagonalized Temperature, ESA-SST Burst-Burst Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_t3, the_ptibb_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Brst ESA-SST-E
1
1
Tprp2_ion Brst ESA-SST-E
2
2
Tpar_ion Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST BB Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_magt3Q
Ion Temperature, ESA-SST Burst-Burst Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_magt3, the_ptibb_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Brst ESA-SST-E
1
1
Tprp2_ion FA Brst ESA-SST-E
2
2
Tpar_ion FA Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_ptensQ
Ion Pressure Tensor, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_ptens, the_ptibb_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Brst ESA-SST-E
1
1
Pyy_ion Brst ESA-SST-E
2
2
Pzz_ion Brst ESA-SST-E
3
3
Pxy_ion Brst ESA-SST-E
4
4
Pxz_ion Brst ESA-SST-E
5
5
Pyz_ion Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_mftensQ
Ion Momentum Flux Tensor, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_mftens, the_ptibb_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Brst ESA-SST-E
1
1
MFyy_ion Brst ESA-SST-E
2
2
MFzz_ion Brst ESA-SST-E
3
3
MFxy_ion Brst ESA-SST-E
4
4
MFxz_ion Brst ESA-SST-E
5
5
MFyz_ion Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_fluxQ
Ion Particle Flux Vector, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_flux, the_ptibb_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Brst ESA-SST-E
1
1
Fy_ion DSL Brst ESA-SST-E
2
2
Fz_ion DSL Brst ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_symmQ
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_symm, the_ptibb_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Brst ESA-SST-E
1
1
Symm_yi Brst ESA-SST-E
2
2
Symm_zi Brst ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_symm_angQ
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_symm_ang, the_ptibb_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Brst ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Ion ESA-SST Burst-Burst Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_magf, the_ptibb_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Brst ESA-SST-E
1
1
By_ion DSL Brst ESA-SST-E
2
2
Bz_ion DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_dslQ
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_velocity_dsl, the_ptibb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Brst ESA-SST-E
1
1
Vy_ion DSL Brst ESA-SST-E
2
2
Vz_ion DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_gseQ
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_velocity_gse, the_ptibb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Brst ESA-SST-E
1
1
Vy_ion GSE Brst ESA-SST-E
2
2
Vz_ion GSE Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_gsmQ
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptibb_velocity_gsm, the_ptibb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Brst ESA-SST-E
1
1
Vy_ion GSM Brst ESA-SST-E
2
2
Vz_ion GSM Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Electron Data Quality Flag, ESA-SST BB Mode
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_data_quality
Electron Data Quality Flag, ESA-SST Burst-Burst Mode
PT3S
TimeSeries
Data_Quality_Flag_elec Burst+Burst ESA-SST-E
I10
LinearScale
0
2147483647
-2147483648
Other
Electron Density, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_densityQ
Electron Density, ESA-SST Burst-Burst Mode (High Time and Angular Resolution), Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_density, the_ptebb_data_quality.
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_avgtempQ
Electron Average Temperature, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_avgtemp, the_ptebb_data_quality.
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_vthermalQ
Electron Thermal Velocity, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_vthermal, the_ptebb_data_quality.
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_sc_potQ
Spacecraft Potential, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_sc_pot, the_ptebb_data_quality.
PT3S
V
1.0>V
TimeSeries
Scpot_elec Brst ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_en_efluxQ
Electron Energy Flux Spectrogram Vector, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_en_eflux, the_ptebb_data_quality.
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Diagonalized Temperature, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_t3Q
Electron Diagonalized Temperature, ESA-SST Burst-Burst Mode (Tprp1, Tprp2, Tpar), Good Data only
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_t3, the_ptebb_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Brst ESA-SST-E
1
1
Tprp2_elec Brst ESA-SST-E
2
2
Tpar_elec Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST BB Mode, Field Aligned, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_magt3Q
Electron Temperature, ESA-SST Burst-Burst Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), Good Data only
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system. This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_magt3, the_ptebb_data_quality.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Brst ESA-SST-E
1
1
Tprp2_elec FA Brst ESA-SST-E
2
2
Tpar_elec FA Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_ptensQ
Electron Pressure Tensor, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_ptens, the_ptebb_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Brst ESA-SST-E
1
1
Pyy_elec Brst ESA-SST-E
2
2
Pzz_elec Brst ESA-SST-E
3
3
Pxy_elec Brst ESA-SST-E
4
4
Pxz_elec Brst ESA-SST-E
5
5
Pyz_elec Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_mftensQ
Electron Momentum Flux Tensor, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_mftens, the_ptebb_data_quality.
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Brst ESA-SST-E
1
1
MFyy_elec Brst ESA-SST-E
2
2
MFzz_elec Brst ESA-SST-E
3
3
MFxy_elec Brst ESA-SST-E
4
4
MFxz_elec Brst ESA-SST-E
5
5
MFyz_elec Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_fluxQ
Electron Particle Flux Vector, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_flux, the_ptebb_data_quality.
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Brst ESA-SST-E
1
1
Fy_elec DSL Brst ESA-SST-E
2
2
Fz_elec DSL Brst ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_symmQ
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_symm, the_ptebb_data_quality.
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Brst ESA-SST-E
1
1
Symm_ye Brst ESA-SST-E
2
2
Symm_ze Brst ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_symm_angQ
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_symm_ang, the_ptebb_data_quality.
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Brst ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_magfQ
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, Good Data only, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_magf, the_ptebb_data_quality.
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Brst ESA-SST-E
1
1
By_elec DSL Brst ESA-SST-E
2
2
Bz_elec DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_dslQ
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_velocity_dsl, the_ptebb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Brst ESA-SST-E
1
1
Vy_elec DSL Brst ESA-SST-E
2
2
Vz_elec DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_gseQ
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_velocity_gse, the_ptebb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Brst ESA-SST-E
1
1
Vy_elec GSE Brst ESA-SST-E
2
2
Vz_elec GSE Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST BB Mode, Good Data only
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_gsmQ
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Burst-Burst Mode, Good Data only
This parameter is virtual. It is calculated by calling the function APPLY_GMOM_QFLAG with the following input parameters: the_ptebb_velocity_gsm, the_ptebb_data_quality.
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Brst ESA-SST-E
1
1
Vy_elec GSM Brst ESA-SST-E
2
2
Vz_elec GSM Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Ion Density, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_density
Ion Density, ESA-SST Full-Full Mode, all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Full-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_avgtemp
Ion Average Temperature, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_vthermal
Ion Thermal Velocity, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_ion Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_en_eflux
Ion Energy Flux Spectrogram Vector, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Temperature, ESA-SST FF Mode, Y-Axis Labels
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_en_eflux_yaxis
Ion Temperature, ESA-SST Full-Full Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Array
Temperature
Ion Diagonalized Temperature, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_t3
Ion Diagonalized Temperature, ESA-SST Full-Full Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Full ESA-SST-E
1
1
Tprp2_ion Full ESA-SST-E
2
2
Tpar_ion Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST FF Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_magt3
Ion Temperature, ESA-SST Full-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Full ESA-SST-E
1
1
Tprp2_ion FA Full ESA-SST-E
2
2
Tpar_ion FA Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_ptens
Ion Pressure Tensor, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Full ESA-SST-E
1
1
Pyy_ion Full ESA-SST-E
2
2
Pzz_ion Full ESA-SST-E
3
3
Pxy_ion Full ESA-SST-E
4
4
Pxz_ion Full ESA-SST-E
5
5
Pyz_ion Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_mftens
Ion Momentum Flux Tensor, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Full ESA-SST-E
1
1
MFyy_ion Full ESA-SST-E
2
2
MFzz_ion Full ESA-SST-E
3
3
MFxy_ion Full ESA-SST-E
4
4
MFxz_ion Full ESA-SST-E
5
5
MFyz_ion Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_flux
Ion Particle Flux Vector, ESA-SST Full-Full Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Full ESA-SST-E
1
1
Fy_ion DSL Full ESA-SST-E
2
2
Fz_ion DSL Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_symm
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Full ESA-SST-E
1
1
Symm_yi Full ESA-SST-E
2
2
Symm_zi Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_symm_ang
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Ion ESA-SST Full-Full Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Full ESA-SST-E
1
1
By_ion DSL Full ESA-SST-E
2
2
Bz_ion DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_dsl
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Full ESA-SST-E
1
1
Vy_ion DSL Full ESA-SST-E
2
2
Vz_ion DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_gse
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Full ESA-SST-E
1
1
Vy_ion GSE Full ESA-SST-E
2
2
Vz_ion GSE Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_velocity_gsm
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Full ESA-SST-E
1
1
Vy_ion GSM Full ESA-SST-E
2
2
Vz_ion GSM Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Epoch Time for Ion ESA-SST FF Mode Data Variables
the_ptiff_time
Epoch Time, UTC, for Ion ESA-SST Full-Full Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_ptiff_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Ion ESA-SST FF Mode
the_ptiff_delta_time
Measurement Time Duration for Ion ESA-SST Full-Full Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Ion ESA-SST FF Survey Mode
Time series defined by using: THE_PTIFF_EPOCH
the_ptiff_mode
Ion ESA-SST Full-Full Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 8
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_ion Full ESA-SST-E
1
1
cfg2_ion Full ESA-SST-E
2
2
mode_ion Full ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Ion ESA-SST FF Mode
the_ptiff_epoch0
Epoch Zero Time Base, Epoch0, for Ion ESA-SST Full-Full Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Ion ESA-SST FF Mode
the_ptiff_epoch
Epoch for Ion ESA-SST Full-Full Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_ptiff_epoch0, the_ptiff_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Electron Density, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_density
Electron Density, ESA-SST Full-Full Mode, all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_avgtemp
Electron Average Temperature, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_vthermal
Electron Thermal Velocity, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_elec Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_en_eflux
Electron Energy Flux Spectrogram Vector, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Temperature, ESA-SST FF Mode, Y-Axis Labels
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_en_eflux_yaxis
Electron Temperature, ESA-SST Full-Full Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Array
Temperature
Electron Diagonalized Temperature, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_t3
Electron Diagonalized Temperature, ESA-SST Full-Full Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Full ESA-SST-E
1
1
Tprp2_elec Full ESA-SST-E
2
2
Tpar_elec Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST FF Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_magt3
Electron Temperature, ESA-SST Full-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Full ESA-SST-E
1
1
Tprp2_elec FA Full ESA-SST-E
2
2
Tpar_elec FA Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_ptens
Electron Pressure Tensor, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Full ESA-SST-E
1
1
Pyy_elec Full ESA-SST-E
2
2
Pzz_elec Full ESA-SST-E
3
3
Pxy_elec Full ESA-SST-E
4
4
Pxz_elec Full ESA-SST-E
5
5
Pyz_elec Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_mftens
Electron Momentum Flux Tensor, ESA-SST Full-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Full ESA-SST-E
1
1
MFyy_elec Full ESA-SST-E
2
2
MFzz_elec Full ESA-SST-E
3
3
MFxy_elec Full ESA-SST-E
4
4
MFxz_elec Full ESA-SST-E
5
5
MFyz_elec Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_flux
Electron Particle Flux Vector, ESA-SST Full-Full Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Full ESA-SST-E
1
1
Fy_elec DSL Full ESA-SST-E
2
2
Fz_elec DSL Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_symm
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Full ESA-SST-E
1
1
Symm_ye Full ESA-SST-E
2
2
Symm_ze Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_symm_ang
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Full-Full Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Full ESA-SST-E
1
1
By_elec DSL Full ESA-SST-E
2
2
Bz_elec DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_dsl
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Full ESA-SST-E
1
1
Vy_elec DSL Full ESA-SST-E
2
2
Vz_elec DSL Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_gse
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Full ESA-SST-E
1
1
Vy_elec GSE Full ESA-SST-E
2
2
Vz_elec GSE Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST FF Mode, all Data Qualities
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_velocity_gsm
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Full-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Full ESA-SST-E
1
1
Vy_elec GSM Full ESA-SST-E
2
2
Vz_elec GSM Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Epoch Time for Electron ESA-SST FF Mode Data Variables
the_pteff_time
Epoch Time, UTC, for Electron ESA-SST Full-Full Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_pteff_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Electron ESA-SST FF Mode
the_pteff_delta_time
Measurement Time Duration for Electron ESA-SST Full-Full Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Electron ESA-SST FF Survey Mode
Time series defined by using: THE_PTEFF_EPOCH
the_pteff_mode
Electron ESA-SST Full-Full Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 4
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_elec Full ESA-SST-E
1
1
cfg2_elec Full ESA-SST-E
2
2
mode_elec Full ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Electron ESA-SST FF Mode
the_pteff_epoch0
Epoch Zero Time Base, Epoch0, for Electron ESA-SST Full-Full Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Electron ESA-SST FF Mode
the_pteff_epoch
Epoch for Electron ESA-SST Full-Full Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_pteff_epoch0, the_pteff_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Ion Density, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_density
Ion Density, ESA-SST Reduced-Full Mode (Low Angular Resolution, 3 s Time Resolution; High Angular Resolution, Variable Time Resolution), all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_avgtemp
Ion Average Temperature, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_vthermal
Ion Thermal Velocity, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_ion Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_en_eflux
Ion Energy Flux Spectrogram Vector, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Temperature, ESA-SST RF Mode, Y-Axis Labels
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_en_eflux_yaxis
Ion Temperature, ESA-SST Reduced-Full Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Array
Temperature
Ion Diagonalized Temperature, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_t3
Ion Diagonalized Temperature, ESA-SST Reduced-Full Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Reduced-Full ESA-SST-E
1
1
Tprp2_ion Reduced-Full ESA-SST-E
2
2
Tpar_ion Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST RF Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_magt3
Ion Temperature, ESA-SST Reduced-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Reduced-Full ESA-SST-E
1
1
Tprp2_ion FA Reduced-Full ESA-SST-E
2
2
Tpar_ion FA Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_ptens
Ion Pressure Tensor, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Reduced-Full ESA-SST-E
1
1
Pyy_ion Reduced-Full ESA-SST-E
2
2
Pzz_ion Reduced-Full ESA-SST-E
3
3
Pxy_ion Reduced-Full ESA-SST-E
4
4
Pxz_ion Reduced-Full ESA-SST-E
5
5
Pyz_ion Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_mftens
Ion Momentum Flux Tensor, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Reduced-Full ESA-SST-E
1
1
MFyy_ion Reduced-Full ESA-SST-E
2
2
MFzz_ion Reduced-Full ESA-SST-E
3
3
MFxy_ion Reduced-Full ESA-SST-E
4
4
MFxz_ion Reduced-Full ESA-SST-E
5
5
MFyz_ion Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_flux
Ion Particle Flux Vector, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Reduced-Full ESA-SST-E
1
1
Fy_ion DSL Reduced-Full ESA-SST-E
2
2
Fz_ion DSL Reduced-Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_symm
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Reduced-Full ESA-SST-E
1
1
Symm_yi Reduced-Full ESA-SST-E
2
2
Symm_zi Reduced-Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_symm_ang
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Ion ESA-SST Reduced-Full Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Reduced-Full ESA-SST-E
1
1
By_ion DSL Reduced-Full ESA-SST-E
2
2
Bz_ion DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_dsl
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Reduced-Full ESA-SST-E
1
1
Vy_ion DSL Reduced-Full ESA-SST-E
2
2
Vz_ion DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_gse
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Reduced-Full ESA-SST-E
1
1
Vy_ion GSE Reduced-Full ESA-SST-E
2
2
Vz_ion GSE Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_velocity_gsm
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Reduced-Full ESA-SST-E
1
1
Vy_ion GSM Reduced-Full ESA-SST-E
2
2
Vz_ion GSM Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Epoch Time for Ion ESA-SST RF Mode Data Variables
the_ptirf_time
Epoch Time, UTC, for Ion ESA-SST Reduced-Full Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_ptirf_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Ion ESA-SST RF Mode
the_ptirf_delta_time
Measurement Time Duration for Ion ESA-SST Reduced-Full Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Ion ESA-SST RF Survey Mode
Time series defined by using: THE_PTIRF_EPOCH
the_ptirf_mode
Ion ESA-SST Reduced-Full Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 8
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_ion Reduced-Full ESA-SST-E
1
1
cfg2_ion Reduced-Full ESA-SST-E
2
2
mode_ion Reduced-Full ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Ion ESA-SST RF Mode
the_ptirf_epoch0
Epoch Zero Time Base, Epoch0, for Ion ESA-SST Reduced-Full Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Ion ESA-SST RF Mode
the_ptirf_epoch
Epoch for Ion ESA-SST Reduced-Full Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_ptirf_epoch0, the_ptirf_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Electron Density, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_density
Electron Density, ESA-SST Reduced-Full Mode (Low Angular Resolution, 3 s Time Resolution; High Angular Resolution, Variable Time Resolution), all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_avgtemp
Electron Average Temperature, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_vthermal
Electron Thermal Velocity, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Rdcd-Full ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_elec Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_en_eflux
Electron Energy Flux Spectrogram Vector, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Temperature, ESA-SST RF Mode, Y-Axis Labels
Time series defined by using: THE_PTERF_EPOCH
the_pterf_en_eflux_yaxis
Electron Temperature, ESA-SST Reduced-Full Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Array
Temperature
Electron Diagonalized Temperature, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_t3
Electron Diagonalized Temperature, ESA-SST Reduced-Full Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Reduced-Full ESA-SST-E
1
1
Tprp2_elec Reduced-Full ESA-SST-E
2
2
Tpar_elec Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST RF Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_magt3
Electron Temperature, ESA-SST Reduced-Full Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Reduced-Full ESA-SST-E
1
1
Tprp2_elec FA Reduced-Full ESA-SST-E
2
2
Tpar_elec FA Reduced-Full ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_ptens
Electron Pressure Tensor, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Reduced-Full ESA-SST-E
1
1
Pyy_elec Reduced-Full ESA-SST-E
2
2
Pzz_elec Reduced-Full ESA-SST-E
3
3
Pxy_elec Reduced-Full ESA-SST-E
4
4
Pxz_elec Reduced-Full ESA-SST-E
5
5
Pyz_elec Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_mftens
Electron Momentum Flux Tensor, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Reduced-Full ESA-SST-E
1
1
MFyy_elec Reduced-Full ESA-SST-E
2
2
MFzz_elec Reduced-Full ESA-SST-E
3
3
MFxy_elec Reduced-Full ESA-SST-E
4
4
MFxz_elec Reduced-Full ESA-SST-E
5
5
MFyz_elec Reduced-Full ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_flux
Electron Particle Flux Vector, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Reduced-Full ESA-SST-E
1
1
Fy_elec DSL Reduced-Full ESA-SST-E
2
2
Fz_elec DSL Reduced-Full ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_symm
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Reduced-Full ESA-SST-E
1
1
Symm_ye Reduced-Full ESA-SST-E
2
2
Symm_ze Reduced-Full ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_symm_ang
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Rdcd-Full ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Reduced-Full Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Reduced-Full ESA-SST-E
1
1
By_elec DSL Reduced-Full ESA-SST-E
2
2
Bz_elec DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_dsl
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Reduced-Full ESA-SST-E
1
1
Vy_elec DSL Reduced-Full ESA-SST-E
2
2
Vz_elec DSL Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_gse
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Reduced-Full ESA-SST-E
1
1
Vy_elec GSE Reduced-Full ESA-SST-E
2
2
Vz_elec GSE Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST RF Mode, all Data Qualities
Time series defined by using: THE_PTERF_EPOCH
the_pterf_velocity_gsm
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Reduced-Full Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Reduced-Full ESA-SST-E
1
1
Vy_elec GSM Reduced-Full ESA-SST-E
2
2
Vz_elec GSM Reduced-Full ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Epoch Time for Electron ESA-SST RF Mode Data Variables
the_pterf_time
Epoch Time, UTC, for Electron ESA-SST Reduced-Full Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_pterf_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Electron ESA-SST RF Mode
the_pterf_delta_time
Measurement Time Duration for Electron ESA-SST Reduced-Full Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Electron ESA-SST RF Survey Mode
Time series defined by using: THE_PTERF_EPOCH
the_pterf_mode
Electron ESA-SST Reduced-Full Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 4
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_elec Reduced-Full ESA-SST-E
1
1
cfg2_elec Reduced-Full ESA-SST-E
2
2
mode_elec Reduced-Full ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Electron ESA-SST RF Mode
the_pterf_epoch0
Epoch Zero Time Base, Epoch0, for Electron ESA-SST Reduced-Full Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Electron ESA-SST RF Mode
the_pterf_epoch
Epoch for Electron ESA-SST Reduced-Full Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_pterf_epoch0, the_pterf_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Ion Density, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_density
Ion Density, ESA-SST Burst-Burst Mode (High Time and Angular Resolution), all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
NumberDensity
Ion Average Temperature, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_avgtemp
Ion Average Temperature, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
Temperature
Ion Thermal Velocity, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_vthermal
Ion Thermal Velocity, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_ion Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Ion
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_ion Brst ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Ion Energy Flux Spectrogram, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_en_eflux
Ion Energy Flux Spectrogram Vector, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Differential
EnergyFlux
Ion Temperature, ESA-SST BB Mode, Y-Axis Labels
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_en_eflux_yaxis
Ion Temperature, ESA-SST Burst-Burst Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
48
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
Element 47
47
Element 48
48
0.0
1.0e+10
NaN
Ion
Array
Temperature
Ion Diagonalized Temperature, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_t3
Ion Diagonalized Temperature, ESA-SST Burst-Burst Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_ion Brst ESA-SST-E
1
1
Tprp2_ion Brst ESA-SST-E
2
2
Tpar_ion Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
Vector
Temperature
Ion Temperature, ESA-SST BB Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_magt3
Ion Temperature, ESA-SST Burst-Burst Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_ion FA Brst ESA-SST-E
1
1
Tprp2_ion FA Brst ESA-SST-E
2
2
Tpar_ion FA Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Ion
FieldAligned
Vector
Temperature
Ion Pressure Tensor, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_ptens
Ion Pressure Tensor, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_ion Brst ESA-SST-E
1
1
Pyy_ion Brst ESA-SST-E
2
2
Pzz_ion Brst ESA-SST-E
3
3
Pxy_ion Brst ESA-SST-E
4
4
Pxz_ion Brst ESA-SST-E
5
5
Pyz_ion Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Momentum Flux Tensor, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_mftens
Ion Momentum Flux Tensor, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_ion Brst ESA-SST-E
1
1
MFyy_ion Brst ESA-SST-E
2
2
MFzz_ion Brst ESA-SST-E
3
3
MFxy_ion Brst ESA-SST-E
4
4
MFxz_ion Brst ESA-SST-E
5
5
MFyz_ion Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Ion
Tensor
Pressure
Ion Particle Flux Vector, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_flux
Ion Particle Flux Vector, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_ion DSL Brst ESA-SST-E
1
1
Fy_ion DSL Brst ESA-SST-E
2
2
Fz_ion DSL Brst ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Ion
Vector
NumberFlux
Ion Symmetry Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_symm
Ion Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xi Brst ESA-SST-E
1
1
Symm_yi Brst ESA-SST-E
2
2
Symm_zi Brst ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Ion
DirectionAngle
Ion Symmetry Angle, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_symm_ang
Ion Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_ion Brst ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Ion
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Ion ESA-SST Burst-Burst Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_ion DSL Brst ESA-SST-E
1
1
By_ion DSL Brst ESA-SST-E
2
2
Bz_ion DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Ion Velocity Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_dsl
Ion Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_ion DSL Brst ESA-SST-E
1
1
Vy_ion DSL Brst ESA-SST-E
2
2
Vz_ion DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSE Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_gse
Ion Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_ion GSE Brst ESA-SST-E
1
1
Vy_ion GSE Brst ESA-SST-E
2
2
Vz_ion GSE Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Ion Velocity Vector in GSM Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_velocity_gsm
Ion Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_ion GSM Brst ESA-SST-E
1
1
Vy_ion GSM Brst ESA-SST-E
2
2
Vz_ion GSM Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Ion
Vector
Velocity
Epoch Time for Ion ESA-SST BB Mode Data Variables
the_ptibb_time
Epoch Time, UTC, for Ion ESA-SST Burst-Burst Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_ptibb_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Ion ESA-SST BB Mode
the_ptibb_delta_time
Measurement Time Duration for Ion ESA-SST Burst-Burst Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Ion ESA-SST BB Survey Mode
Time series defined by using: THE_PTIBB_EPOCH
the_ptibb_mode
Ion ESA-SST Burst-Burst Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 8
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_ion Brst ESA-SST-E
1
1
cfg2_ion Brst ESA-SST-E
2
2
mode_ion Brst ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Ion ESA-SST BB Mode
the_ptibb_epoch0
Epoch Zero Time Base, Epoch0, for Ion ESA-SST Burst-Burst Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Ion ESA-SST BB Mode
the_ptibb_epoch
Epoch for Ion ESA-SST Burst-Burst Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_ptibb_epoch0, the_ptibb_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Electron Density, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_density
Electron Density, ESA-SST Burst-Burst Mode (High Time and Angular Resolution), all Data Qualities
PT3S
cm^-3
1e6>m^3
TimeSeries
N_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
NumberDensity
Electron Average Temperature, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_avgtemp
Electron Average Temperature, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV
1.602176565e-19>J
TimeSeries
T_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
Temperature
Electron Thermal Velocity, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_vthermal
Electron Thermal Velocity, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
TimeSeries
Vth_elec Brst ESA-SST-E
E13.6
0.0
1.0e+10
NaN
Electron
Scalar
ThermalSpeed
Spacecraft Potential, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_sc_pot
Spacecraft Potential, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
PT3S
V
1.0>V
TimeSeries
Scpot_elec Brst ESA-SST-E
E13.6
LinearScale
0.0
1.0e+10
NaN
Scalar
Potential
Electron Energy Flux Spectrogram, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_en_eflux
Electron Energy Flux Spectrogram Vector, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/(cm^2 s sr eV)
1e4>(m^2 s sr)^-1
Spectrogram
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Differential
EnergyFlux
Electron Temperature, ESA-SST BB Mode, Y-Axis Labels
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_en_eflux_yaxis
Electron Temperature, ESA-SST Burst-Burst Mode, Y-Axis Labels
PT3S
eV
1.602176565e-19>J
E13.6
46
Element 1
1
Element 2
2
Element 3
3
Element 4
4
Element 5
5
Element 6
6
Element 7
7
Element 8
8
Element 9
9
Element 10
10
Element 11
11
Element 12
12
Element 13
13
Element 14
14
Element 15
15
Element 16
16
Element 17
17
Element 18
18
Element 19
19
Element 20
20
Element 21
21
Element 22
22
Element 23
23
Element 24
24
Element 25
25
Element 26
26
Element 27
27
Element 28
28
Element 29
29
Element 30
30
Element 31
31
Element 32
32
Element 33
33
Element 34
34
Element 35
35
Element 36
36
Element 37
37
Element 38
38
Element 39
39
Element 40
40
Element 41
41
Element 42
42
Element 43
43
Element 44
44
Element 45
45
Element 46
46
0.0
1.0e+10
NaN
Electron
Array
Temperature
Electron Diagonalized Temperature, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_t3
Electron Diagonalized Temperature, ESA-SST Burst-Burst Mode (Tprp1, Tprp2, Tpar), all Data Qualities
Notes on diagonalized temperature: The first eigenvalue and eigenvector are the distinguishable eigenvalue and the major (symmetry) axis, respectively. The degenerate eigenvalues are sorted such that the 2nd eigenvalue is smaller than the third one.
PT3S
eV
1.602176565e-19>J
Cartesian
SR2
TimeSeries
E13.6
3
Tprp1_elec Brst ESA-SST-E
1
1
Tprp2_elec Brst ESA-SST-E
2
2
Tpar_elec Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
Vector
Temperature
Electron Temperature, ESA-SST BB Mode, Field Aligned, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_magt3
Electron Temperature, ESA-SST Burst-Burst Mode, Field Aligned (Tprp1FA, Tprp2FA, TparFA), all Data Qualities
3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z direction crosed into Sun direction, and X completes orthogonal system.
PT3S
eV
1.602176565e-19>J
Cartesian
MFA
TimeSeries
E13.6
3
Tprp1_elec FA Brst ESA-SST-E
1
1
Tprp2_elec FA Brst ESA-SST-E
2
2
Tpar_elec FA Brst ESA-SST-E
3
3
0.0
1.0e+10
NaN
Electron
FieldAligned
Vector
Temperature
Electron Pressure Tensor, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_ptens
Electron Pressure Tensor, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
Pxx_elec Brst ESA-SST-E
1
1
Pyy_elec Brst ESA-SST-E
2
2
Pzz_elec Brst ESA-SST-E
3
3
Pxy_elec Brst ESA-SST-E
4
4
Pxz_elec Brst ESA-SST-E
5
5
Pyz_elec Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Momentum Flux Tensor, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_mftens
Electron Momentum Flux Tensor, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
eV/cm^3
1.602176565e-13>J/m^3
Cartesian
SR2
TimeSeries
E13.6
LinearScale
6
MFxx_elec Brst ESA-SST-E
1
1
MFyy_elec Brst ESA-SST-E
2
2
MFzz_elec Brst ESA-SST-E
3
3
MFxy_elec Brst ESA-SST-E
4
4
MFxz_elec Brst ESA-SST-E
5
5
MFyz_elec Brst ESA-SST-E
6
6
-1.0e+10
1.0e+10
NaN
Electron
Tensor
Pressure
Electron Particle Flux Vector, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_flux
Electron Particle Flux Vector, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
(cm^2 s)^-1
1e4>(m^2 s)^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Fx_elec DSL Brst ESA-SST-E
1
1
Fy_elec DSL Brst ESA-SST-E
2
2
Fz_elec DSL Brst ESA-SST-E
3
3
-1.0e+10
1.0e+10
NaN
Electron
Vector
NumberFlux
Electron Symmetry Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_symm
Electron Symmetry Vector, the Pressure Tensor Symmetry Direction, in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
This is the direction vector of the principal axis of the pressure tensor in DSL coordinates
PT3S
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Symm_xe Brst ESA-SST-E
1
1
Symm_ye Brst ESA-SST-E
2
2
Symm_ze Brst ESA-SST-E
3
3
-1.0
1.0
NaN
Other
Electron
DirectionAngle
Electron Symmetry Angle, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_symm_ang
Electron Symmetry Angle between the Symmetry Direction and the Magnetic Field Vector, B, Full ESA-SST-E, all Data Qualities
PT3S
°
0.0174532925>rad
TimeSeries
symm_ang_elec Brst ESA-SST-E
E13.6
LinearScale
0.0
90.0
NaN
Other
Electron
DirectionAngle
Magnetic Field Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_magf
Magnetic Field Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, all Data Qualities, this Variable uses the same Time Array as the Electron ESA-SST Burst-Burst Data Variables
PT3S
nT
1e-9>T
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Bx_elec DSL Brst ESA-SST-E
1
1
By_elec DSL Brst ESA-SST-E
2
2
Bz_elec DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Vector
Magnetic
Electron Velocity Vector in DSL Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_dsl
Electron Velocity Vector in Despun, Sun-Pointing, L-Momentum Vector, DSL, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
SR2
TimeSeries
E13.6
LinearScale
3
Vx_elec DSL Brst ESA-SST-E
1
1
Vy_elec DSL Brst ESA-SST-E
2
2
Vz_elec DSL Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSE Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_gse
Electron Velocity Vector in Geocentric Solar Ecliptic, GSE, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSE
TimeSeries
E13.6
LinearScale
3
Vx_elec GSE Brst ESA-SST-E
1
1
Vy_elec GSE Brst ESA-SST-E
2
2
Vz_elec GSE Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Electron Velocity Vector in GSM Coordinates, ESA-SST BB Mode, all Data Qualities
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_velocity_gsm
Electron Velocity Vector in Geocentric Solar Magnetospheric, GSM, Coordinates, ESA-SST Burst-Burst Mode, all Data Qualities
PT3S
km/s
1e3>m s^-1
Cartesian
GSM
TimeSeries
E13.6
LinearScale
3
Vx_elec GSM Brst ESA-SST-E
1
1
Vy_elec GSM Brst ESA-SST-E
2
2
Vz_elec GSM Brst ESA-SST-E
3
3
-10000.0
10000.0
NaN
Electron
Vector
Velocity
Epoch Time for Electron ESA-SST BB Mode Data Variables
the_ptebb_time
Epoch Time, UTC, for Electron ESA-SST Burst-Burst Mode Data Variables, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds. Sample start and end time can be calculated from the_ptebb_delta_time (sample duration).
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Delta Time, Electron ESA-SST BB Mode
the_ptebb_delta_time
Measurement Time Duration for Electron ESA-SST Burst-Burst Mode Data Variables
PT3S
s
F12.8
LinearScale
0.0
100000.0
NaN
Temporal
Electron ESA-SST BB Survey Mode
Time series defined by using: THE_PTEBB_EPOCH
the_ptebb_mode
Electron ESA-SST Burst-Burst Survey Mode, controls Angle and Energy Binning, and Time Resolution, Values 0 to 4
PT3S
TimeSeries
E13.6
LinearScale
3
cfg1_elec Brst ESA-SST-E
1
1
cfg2_elec Brst ESA-SST-E
2
2
mode_elec Brst ESA-SST-E
3
3
0.0
10.0
NaN
InstrumentMode
Epoch0, Electron ESA-SST BB Mode
the_ptebb_epoch0
Epoch Zero Time Base, Epoch0, for Electron ESA-SST Burst-Burst Mode Data Variables
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Epoch, Electron ESA-SST BB Mode
the_ptebb_epoch
Epoch for Electron ESA-SST Burst-Burst Mode Data Variables, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_ptebb_epoch0, the_ptebb_time.
PT3S
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
ESA-SST Electron Solar Wind Mode Flag
Time series defined by using: THE_EESA_SOLARWIND_FLAG_EPOCH
the_eesa_solarwind_flag
ESA-SST Electron Solar Wind Mode Flag: 0-Not in Solar Wind Mode, 1-In Solar Wind Mode
PT3S
TimeSeries
eesa_solarwind_flag
I5
LinearScale
0
255
255
InstrumentMode
Epoch Time for Electron Solar Wind Flag Data
the_eesa_solarwind_flag_time
Epoch Time, UTC, for Electron Solar Wind Flag Data, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Epoch, Electron Solar Wind Flag
the_eesa_solarwind_flag_epoch
Epoch for Electron Solar Wind Flag Data, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_eesa_solarwind_flag_epoch0, the_eesa_solarwind_flag_time.
PT3S
UT
01-Jan-2001 00:00:00.000
31-Dec-2100 23:59:59.999
31-Dec-9999 23:59:59.999
Temporal
Epoch0, Electron Solar Wind Flag
the_eesa_solarwind_flag_epoch0
Epoch Zero Time Base, Epoch0, for Electron Solar Wind Flag Data
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
ESA-SST Ion Solar Wind Mode Flag
Time series defined by using: THE_IESA_SOLARWIND_FLAG_EPOCH
the_iesa_solarwind_flag
ESA-SST Ion Solar Wind Mode Flag: 0-Not in Solar Wind Mode, 1-In Solar Wind Mode
PT3S
TimeSeries
iesa_solarwind_flag
I5
LinearScale
0
255
255
InstrumentMode
Epoch Time for Ion Solar Wind Flag Data
the_iesa_solarwind_flag_time
Epoch Time, UTC, for Ion Solar Wind Flag Data, in Seconds since 01-Jan-1970 00:00:00, Marks Center Time of the Data Samples
Unleaped seconds
PT3S
s
UT
F12.8
0.0
5.0e+09
NaN
Temporal
Epoch, Ion Solar Wind Flag
the_iesa_solarwind_flag_epoch
Epoch for Ion Solar Wind Flag Data, Text Format
This parameter is virtual. It is calculated by calling the function COMP_THEMIS_EPOCH with the following input parameters: the_iesa_solarwind_flag_epoch0, the_iesa_solarwind_flag_time.
PT3S
UT
01-Jan-2001 00:00:00.000
31-Dec-2100 23:59:59.999
31-Dec-9999 23:59:59.999
Temporal
Epoch0, Ion Solar Wind Flag
the_iesa_solarwind_flag_epoch0
Epoch Zero Time Base, Epoch0, for Ion Solar Wind Flag Data
EPOCH of 01-Jan-1970 00:00:00
PT3S
ms
1e-3>s
timebase
E13.6
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal
Range Epoch
range_epoch
Range Epoch, File Start Time and Stop Time, Text Format
PT3S
ms
1e-3>s
UT
31-Dec-1899 15:33:20.000
01-Jan-2101 00:00:00.000
31-Dec-9999 23:59:59.999
Temporal