MUNIN Nanosatellite MEDUSA Ion Counts, Fluxes, and Particle Distributions, 1 eV to 12 keV. The MUNIN_M1_MDSE Data Product CDF Files have been written by using Instrument Data File Set, IDFS, Parent Files as input for the CDF Production Effort. IDFS are Sets of Files written in a prescribed Format that contain Data, Timing Data, and Metadata.
Version:2.3.0
MUNIN Nanosatellite MEDUSA Ion Counts, Fluxes, and Particle Distributions, 1 eV to 12 keV. The MUNIN_M1_MDSE Data Product CDF Files have been written by using Instrument Data File Set, IDFS, Parent Files as input for the CDF Production Effort. IDFS are Sets of Files written in a prescribed Format that contain Data, Timing Data, and Metadata.
| Role | Person | |
|---|---|---|
| 1. | PrincipalInvestigator | spase://SMWG/Person/J.David.Winningham |
| 2. | MetadataContact | spase://SMWG/Person/Robert.E.McGuire |
| 3. | MetadataContact | spase://SMWG/Person/Lee.Frost.Bargatze |
The MEDUSA Electron and Ion Spectrometer and the PIA Ultraviolet Photometers on Astrid-2, O. Norberg, J. D. Winningham, H. Lauche, W. Keith, W. Puccio, J. Olsen, K. Lundin, and J. Scherrer
eoPortal Munin Web Page
Access to Data in CDF Format via ftp from SPDF
Access to Data in CDF Format via http from SPDF
Access to ASCII, CDF, and plots via NASA/GSFC CDAWeb
Epoch, Start Time for the Record
Start time, Epoch minus Value
End time, Epoch plus Value
Center Scan Values for the Data returned
The Energy Bin Minimum Values are equal to the Center Scan Values plus the Band Low Scan Values
The Energy Bin Maximum Values are equal to the Center Scan Values minus the Band High Scan Values
Sensor Index into Multi-Dimensional CDF Variable
MEDUSA Ion Telemetry Data, Science Data in Telemetry Units, Dimensionless Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Telemetry Data, Spectrograms by Scan at Sample Sensors, Science Data in Telemetry Units, Dimensionless Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Telemetry Data, Spectrograms by Sensor at Sample Scans, Science Data in Telemetry Units, Dimensionless Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion >Counts per Accumulation Data, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion >Counts per Accumulation Data, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion >Counts per Accumulation Data, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts per Accumulation Data, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts per Accumulation Data, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts per Accumulation Data, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts Rate Data, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts Rate Data, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Counts Rate Data, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Corrected Counts Rate Data, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Corrected Counts Rate Data, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Corrected Counts Rate Data, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Number Flux, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Number Flux, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Number Flux, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Number Flux, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Number Flux, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Number Flux, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Energy Flux, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Energy Flux, Spectrograms by Scan at Sample Sensors, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Differential Energy Flux, Spectrograms by Sensor at Sample Scans, Science Data Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Science Data, km Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Scan at Sample Sensors, Science Data, km Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Sensor at Sample Scans, Science Data, km Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Science Data, m Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Scan at Sample Sensors, Science Data, m Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Sensor at Sample Scans, Science Data, m Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Science Data, cm Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Scan at Sample Sensors, Science Data, cm Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
MEDUSA Ion Distribution Function, Spectrograms by Sensor at Sample Scans, Science Data, cm Scale Column 1 Labels for Sectors in the MEDUSA Aperature Plane: [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15] Column 2 Labels for Energy Steps in eV: [ 100000., 11677.0, 8754.00, 6568.00, 4932.00, 3707.00, 2794.00, 2113.00, 1598.00, 1217.00, 917.000, 693.000, 524.000, 396.000, 299.000, 226.000, 171.000, 129.000, 98.0000, 74.0000, 56.0000, 42.0000, 32.0000, 24.0000, 18.0000, 14.0000, 10.0000, 8.00000, 6.00000, 4.00000, 3.00000, 1.00000]
MEDUSA allows for simultaneous Measurements of both Electrons and Ions without Mass Resolution. Particles are measured with an Angular Resolution of 22.5° in the Aperture Plane, which is tilted 3° to the Spacecraft Spin Plane, by using 16 Anodes or "Sectors". For Electrons, 16 Energy Sweeps/s are performed, and for Ions, 8 Sweeps/s. Each Energy Sweep consists of 32 Discrete Energy Steps with descending Logarithmic Level. Of the 32 Steps, one Step is used for resetting the Deflection Voltage to its Maximum Value. The Particle Data are contained in Arrays with Dimensions of 16 by 32 accomodating the 16 Energy Sectors and 32 Energy Steps. The Spin Plane Element to Sector Mapping for the MEDUSA Ion Energy Analyzer are as follows: Element 1: Sector 0, 56.25°, Element 2: Sector 1, 33.75°, Element 3: Sector 2, 78.75°, Element 4: Sector 3, 11.25°, Element 5: Sector 4, 101.25°, Element 6: Sector 5, -11.25°, Element 7: Sector 6, 123.75°, Element 8: Sector 7, -33.75°, Element 9: Sector 8, 146.25°, Element 10: Sector 9, -56.25°, Element 11: Sector 10, 168.75°, Element 12: Sector 11, -78.75°, Element 13: Sector 12, -168.75°, Element 14: Sector 13, -101.25°, Element 15: Sector 14, -146.25°, Element 16: Sector 15, -123.75°.
Data Quality Ion Sensor 3, 11.25°: 0-OK
Data Quality Ion Sensor 1, 33.75°: 0-OK
Data Quality Ion Sensor 0, 56.25°: 0-OK
Data Quality Ion Sensor 2, 78.75°: 0-OK
Data Quality Ion Sensor 4, 101.25°: 0-OK
Data Quality Ion Sensor 6, 123.75°: 0-OK
Data Quality Ion Sensor 8, 146.25°: 0-OK
Data Quality Ion Sensor 10, 168.75°: 0-OK
Data Quality Ion Sensor 5, -11.25°: 0-OK
Data Quality Ion Sensor 7, -33.75°: 0-OK
Data Quality Ion Sensor 9, -56.25°: 0-OK
Data Quality Ion Sensor 11, 78.75°: 0-OK
Data Quality Ion Sensor 13, -101.25°: 0-OK
Data Quality Ion Sensor 15, -123.75°: 0-OK
Data Quality Ion Sensor 14, -146.25°: 0-OK
Data Quality Ion Sensor 12, 168.75°: 0-OK