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VIKING V4 : E and B Waves and Plasma Density (V4L/V4H)

ResourceID
spase://CNES/NumericalData/CDPP-Archive/Viking/V4/VIKING_V4_DATA

Description
This data set contains electric and magnetic fields and plasma density from the VIKING V4 waves experiment. The access to the VIKING-V4 high resolution data can be performed either from the orbit number or from the time interval of interest. This dataset contains 1104 not consecutive orbits from #37 (1986-02-28 14:49:12) to #1653 (1986-12-19 09:15:24). The data are indented per periods of 15 min. Inside these 15 min, the data are organized in structures (called BU) synchronized on the sweeping time of the SFAs, which usually lasts 2.4 s (except when the RS mode is on : 4.8 s). Inside each BU, the data correspond to a constant configuration of the wave experiment. This is automatically true for the V4H experiment. If this is not verified for the V4L experiment then these data contain filling values after the time change of configuration.

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NumericalData

ResourceID
spase://CNES/NumericalData/CDPP-Archive/Viking/V4/VIKING_V4_DATA
ResourceHeader
ResourceName
VIKING V4 : E and B Waves and Plasma Density (V4L/V4H)
DOI
https://doi.org/10.24400/802406/x3ew-7drn
ReleaseDate
2022-01-13 16:03:49Z
Description
This data set contains electric and magnetic fields and plasma density from the VIKING V4 waves experiment. The access to the VIKING-V4 high resolution data can be performed either from the orbit number or from the time interval of interest. This dataset contains 1104 not consecutive orbits from #37 (1986-02-28 14:49:12) to #1653 (1986-12-19 09:15:24). The data are indented per periods of 15 min. Inside these 15 min, the data are organized in structures (called BU) synchronized on the sweeping time of the SFAs, which usually lasts 2.4 s (except when the RS mode is on : 4.8 s). Inside each BU, the data correspond to a constant configuration of the wave experiment. This is automatically true for the V4H experiment. If this is not verified for the V4L experiment then these data contain filling values after the time change of configuration.
Contacts
Role Person StartDate StopDate Note
1. PrincipalInvestigator spase://CNES/Person/CDPP-Archive/Georg.Gustafsson
2. CoInvestigator spase://CNES/Person/CDPP-Archive/Axel.Bahnsen
3. CoInvestigator spase://CNES/Person/CDPP-Archive/Raymond.Pottelette
4. GeneralContact spase://CNES/Person/CDPP-Archive/CDPP.general.contact

AccessInformation
RepositoryID
spase://CNES/Repository/CDPP-Archive/REGARDS-CDPP
Availability
Online
AccessURL
Name
REGARDS
URL
https://regards.cnes.fr/user/cdpp/modules/1777?sp=DatasetName;q=DatasetName:VIKING_V4_DATA
Description
Access via CNES Data Archive for CDPP
Format
Binary
ProcessingLevel
Calibrated
InstrumentIDs
spase://CNES/Instrument/CDPP-Archive/Viking/V4
MeasurementType
Waves
MeasurementType
Waves.Passive
TemporalDescription
TimeSpan
StartDate
1986-02-28 00:00:00Z
StopDate
1986-12-19 00:00:00Z
ObservedRegion
Earth.Magnetosphere
ObservedRegion
Earth.Magnetosphere.Polar
ObservedRegion
Earth.NearSurface.Ionosphere
Parameter #1
Name
VIKING V4 Electric field component parallel to B
Description
Electric field component parallel to B (magnetic field)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
100000
High
500000
Units
Hz
Parameter #2
Name
VIKING V4 Electric field component along the direction that completes the coordinate system (PAR, C, D)
Description
Electric field component along the direction that completes the coordinate system (PAR, C, D)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
100000
High
500000
Units
Hz
Parameter #3
Name
VIKING V4 Electric field component perpendiculer to B and S (sun direction), positive along B x S
Description
Electric field component perpendiculer to B and S (sun direction), positive along B x S
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
100000
High
500000
Units
Hz
Parameter #4
Name
VIKING V4 SFA measurements for an electric field component, either Ey or Ez
Description
SFA measurements for an electric field component, either Ey or Ez
Units
(mV/m)^2/Hz
UnitsConversion
(10^-3>V/m)^2/Hz
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
100000
High
500000
Units
Hz
Parameter #5
Name
VIKING V4 SFA measurements for the magnetic field component Bx
Description
SFA measurements for the magnetic field component Bx
Units
pT^2/Hz
UnitsConversion
(10^-12>T)^2/Hz
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
100000
High
500000
Units
Hz
Parameter #6
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #1 (central frequency = 4 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #1 (central frequency = 4 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #7
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #2 (central frequency = 8 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #2 (central frequency = 8 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #8
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #3 (central frequency = 16 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #3 (central frequency = 16 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #9
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #4 (central frequency = 32 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #4 (central frequency = 32 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #10
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #5 (central frequency = 64 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #5 (central frequency = 64 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #11
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #6 (central frequency = 128 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #6 (central frequency = 128 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #12
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #7 (central frequency = 256 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #7 (central frequency = 256 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #13
Name
VIKING V4 Measurements for the magnetic field sensor Bx Filter #8 (central frequency = 512 kHz)
Description
Measurements for the magnetic field sensor Bx Filter #8 (central frequency = 512 kHz)
Units
pT
UnitsConversion
10^-12>T
Wave
WaveType
PlasmaWaves
WaveQuantity
ACMagneticField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #14
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #1 measurements (central frequency = 4 kHz)
Description
Measurements for the electric field sensor Ey Filter #1 measurements (central frequency = 4 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #15
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #2 measurements (central frequency = 8 kHz)
Description
Measurements for the electric field sensor Ey Filter #2 measurements (central frequency = 8 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #16
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #3 measurements (central frequency = 16 kHz)
Description
Measurements for the electric field sensor Ey Filter #3 measurements (central frequency = 16 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #17
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #4 measurements (central frequency = 32 kHz)
Description
Measurements for the electric field sensor Ey Filter #4 measurements (central frequency = 32 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #18
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #5 measurements (central frequency = 64 kHz)
Description
Measurements for the electric field sensor Ey Filter #5 measurements (central frequency = 64 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #19
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #6 measurements (central frequency = 128 kHz)
Description
Measurements for the electric field sensor Ey Filter #6 measurements (central frequency = 128 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #20
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #7 measurements (central frequency = 256 kHz)
Description
Measurements for the electric field sensor Ey Filter #7 measurements (central frequency = 256 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #21
Name
VIKING V4 Measurements for the electric field sensor Ey Filter #8 measurements (central frequency = 512 kHz)
Description
Measurements for the electric field sensor Ey Filter #8 measurements (central frequency = 512 kHz)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
3000
High
700000
Units
Hz
Parameter #22
Name
VIKING V4 FBL Electric field Filter #1 measurements
Description
FBL Electric field Filter #1 measurements
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
200
High
520
Units
Hz
Parameter #23
Name
VIKING V4 FBL Electric field Filter #2 measurements
Description
FBL Electric field Filter #2 measurements
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
520
High
1350
Units
Hz
Parameter #24
Name
VIKING V4 FBL Electric field Filter #3 measurements
Description
FBL Electric field Filter #3 measurements
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
FrequencyRange
Low
1350
High
3500
Units
Hz
Parameter #25
Name
VIKING V4 Plasma density measurements supplied by N1 probe
Description
Plasma density measurements supplied by N1 probe
Units
cm^-3
UnitsConversion
10^-6>m^-3
Wave
WaveType
PlasmaWaves
WaveQuantity
PlasmaFrequency
FrequencyRange
Low
0
High
15000
Units
Hz
Parameter #26
Name
VIKING V4 Plasma density measurements supplied by N2 probe
Description
Plasma density measurements supplied by N2 probe
Units
cm^-3
UnitsConversion
10^-6>m^-3
Wave
WaveType
PlasmaWaves
WaveQuantity
PlasmaFrequency
FrequencyRange
Low
0
High
15000
Units
Hz
Parameter #27
Name
VIKING V4 Magnetic field module
Description
Magnetic field module
Units
nT
UnitsConversion
10^-9>T
Field
Qualifier
Magnitude
FieldQuantity
Magnetic
FrequencyRange
Low
0
High
26
Units
Hz
Parameter #28
Name
VIKING V4 Psi: Angle between Ey antenna and the projection of magnetic field in the plane perpendicular to satellite spin axis
Description
Psi: Angle between Ey antenna and the projection of magnetic field in the plane perpendicular to satellite spin axis
Units
°
UnitsConversion
0.0174532925>rad
Support
SupportQuantity
Other
Parameter #29
Name
VIKING V4 Phi: Angle between magnetic field and Ey antenna
Description
Phi: Angle between magnetic field and Ey antenna
Units
°
UnitsConversion
0.0174532925>rad
Support
SupportQuantity
Other
Parameter #30
Name
VIKING V4 Theta: Angle between magnetic field and satellite spin axis
Description
Theta: Angle between magnetic field and satellite spin axis
Units
°
UnitsConversion
0.0174532925>rad
Support
SupportQuantity
Other
Parameter #31
Name
Viking V4 DFT power spectra supplied by Discrete Fourier Transfrom analyzer
Description
Viking V4 DFT power spectra supplied by Discrete Fourier Transfrom analyzer
Units
(mV/m)^2/Hz
UnitsConversion
(10^-3>V/m)^2/Hz
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
Parameter #32
Name
Viking V4 WF wave form channels (WF1 and WF2)
Description
Viking V4 WF wave form channels (WF1 and WF2)
Units
mV/m
UnitsConversion
10^-3>V/m
Wave
WaveType
PlasmaWaves
WaveQuantity
ACElectricField
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Last Updated: 2022-01-13