MAVEN (Multiple Instrument Ensemble) In-situ Observations, Data Product Bundle, Key Parameter (KP), 4 s Data

https://doi.org/10.48322/p7yg-g215

2023-07-30 12:34:56.789

The MAVEN In-situ Calibrated Level 2, L2, Science Data Bundle contains selected fully calibrated Data from the Neutral Gas and Ion Mass Spectrometer, NGIMS, Instrument and the Particles and Fields Package together with Ephemeris Information. The Particle and Fields In-situ Instrument Data are from the Extreme Ultraviolet, EUV, Langmuir Probe and Waves, LPW, Antenna, Magnetometer, MAG, Solar Energetic Particles, SEP, SupraThermal And Thermal Ion Composition, STATIC, Solar Wind Electron Analyzer, SWEA, and Solar Wind Ion Analyzer, SWIA, Instruments. All of these Data are in Physical Units and are averaged and/or sampled at a uniform 4 s Cadence. These In-situ Data are derived directly from the Level 2 Data. The Ephemeris Data are derived by using SPICE Libraries and Kernels provided by MAVEN Navigation, NAV, Team and Lockheed-Martin.

Please acknowledge the following: B.M. Jakosky, MAVEN Principal Investigator, J.G. Luhmann, MAVEN Principal Investigator, J.M. Grebowsky, MAVEN Project Scientist, R.E. Ergun, LPW, LPW/EUV Principal Investigator, J.E.P. Connerney, MAG Principal Investigator, P.R. Mahaffy, NGIMS Principal Investigator, D. Larson, SEP Principal Investigator, J.P. McFadden, STATIC Principal Investigator, D.G. Mitchell, SWEA Principal Investigator, and N.M. Schneider, SWIA Principal Investigator

spase://VSPO/NumericalData/MAVEN/InSitu/KeyParameter/PT4S

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Open

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None

Please acknowledge the following: B.M. Jakosky, MAVEN Principal Investigator, J.G. Luhmann, MAVEN Principal Investigator, J.M. Grebowsky, MAVEN Project Scientist, R.E. Ergun, LPW, LPW/EUV Principal Investigator, J.E.P. Connerney, MAG Principal Investigator, P.R. Mahaffy, NGIMS Principal Investigator, D. Larson, SEP Principal Investigator, J.P. McFadden, STATIC Principal Investigator, D.G. Mitchell, SWEA Principal Investigator, and N.M. Schneider, SWIA Principal Investigator. Please acknowledge the Data Providers and CDAWeb when using these Data.

Online

Open

CSV

Please acknowledge the following: B.M. Jakosky, MAVEN Principal Investigator, J.G. Luhmann, MAVEN Principal Investigator, J.M. Grebowsky, MAVEN Project Scientist, R.E. Ergun, LPW, LPW/EUV Principal Investigator, J.E.P. Connerney, MAG Principal Investigator, P.R. Mahaffy, NGIMS Principal Investigator, D. Larson, SEP Principal Investigator, J.P. McFadden, STATIC Principal Investigator, D.G. Mitchell, SWEA Principal Investigator, and N.M. Schneider, SWIA Principal Investigator. Please acknowledge the Data Providers and CDAWeb when using these Data.

PT4S

Epoch Time, UTC

epoch

Epoch Time, Coordinated Universal Time, UTC, the Spacecraft Event Time, SCET, for each Data Record

The Epoch Time, UTC, is expressed the Time elapsed since 01-Jan-0000 00:00:00.000 without Leap Seconds with one Element per Ion Distribution (NUM_DISTS Elements) This Parameter exhibits an increasing Monotonic Progression

PT4S

s

18-Nov-2013 00:00:00.000

31-Dec-2040 23:59:00.000

29-Dec-9999 23:59:59.999

Electron Density, LPW

Time Series defined by using: EPOCH

LPW_Electron_density

Electron Density, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep and when available from the Plasma Line

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Electron Density, Minimum, LPW

Time Series defined by using: EPOCH

LPW_Electron_density_min

Electron Density, Minimum, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep and when available from the Plasma Line

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Electron Density, Maximum, LPW

Time Series defined by using: EPOCH

LPW_Electron_density_max

Electron Density, Maximum, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep and when available from the Plasma Line

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Electron Temperature, LPW

Time Series defined by using: EPOCH

LPW_Electron_temperature

Electron Temperature, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep

PT4S

°K

-1.0e+12

1.0e+12

-1.0e+31

Electron Temperature, Minimum, LPW

Time Series defined by using: EPOCH

LPW_Electron_temperature_min

Electron Temperature, Minimum, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep

PT4S

°K

-1.0e+12

1.0e+12

-1.0e+31

Electron Temperature, Maximum, LPW

Time Series defined by using: EPOCH

LPW_Electron_temperature_max

Electron Temperature, Maximum, Langmuir Probe and Waves, LPW, Antenna

Derived from the LPW Sweep

PT4S

°K

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Potential, LPW

Time Series defined by using: EPOCH

LPW_Spacecraft_potential

Spacecraft Potential, Langmuir Probe and Waves, LPW, Antenna

Measured from the Probe Potentials

PT4S

V

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Potential, Minimum, LPW

Time Series defined by using: EPOCH

LPW_Spacecraft_potential_min

Spacecraft Potential, Minimum, Langmuir Probe and Waves, LPW, Antenna

Measured from the Probe Potentials

PT4S

V

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Potential, Maximum, LPW

Time Series defined by using: EPOCH

LPW_Spacecraft_potential_max

Spacecraft Potential, Maximum, Langmuir Probe and Waves, LPW, Antenna

Measured from the Probe Potentials

PT4S

V

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 2 Hz to 100 Hz, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_2_100

Electric Field Wave Power, 2 Hz to 100 Hz, Langmuir Probe and Waves, LPW, Antenna

Integrated Wave Power from the onboard calculated FFT for Frequencies that are important for Wave Heating

PT4S

(V/m)^2/Hz

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 2 Hz to 100 Hz, DQ, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_2_100_data_quality

Electric Field Wave Power, 2 Hz to 100 Hz, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Antenna

This Data Quality Flag ranges in Value from 0 to 100, where 100 represents the highest Confidence Level, use Data with a Data Quality Flag greater than or equal to 50

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 100 Hz to 800 Hz, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_100_800

Electric Field Wave Power, 100 Hz to 800 Hz, Langmuir Probe and Waves, LPW, Antenna

Integrated Wave Power from the onboard calculated FFT

PT4S

(V/m)^2/Hz

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 100 Hz to 800 Hz, DQ, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_100_800_data_quality

Electric Field Wave Power, 100 Hz to 800 Hz, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Antenna

This Data Quality Flag ranges in Value from 0 to 100, where 100 represents the highest Confidence Level, use Data with a Data Quality Flag greater than or equal to 50

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 800 Hz to 1000 Hz, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_800_1000

Electric Field Wave Power, 800 Hz to 1000 Hz, Langmuir Probe and Waves, LPW, Antenna

Integrated Wave Power from the onboard calculated FFT

PT4S

(V/m)^2/Hz

-1.0e+12

1.0e+12

-1.0e+31

Electric Field Wave Power, 800 Hz to 1000 Hz, DQ, LPW

Time Series defined by using: EPOCH

LPW_E_field_wave_power_800_1000_data_quality

Electric Field Wave Power, 800 Hz to 1000 Hz, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Antenna

This Data Quality Flag ranges in Value from 0 to 100, where 100 represents the highest Confidence Level, use Data with a Data Quality Flag greater than or equal to 50

PT4S

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, 0.1 nm to 7.0 nm, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_pt1_7

EUV Irradiance Wave Power, 0.1 nm to 7.0 nm Bandpass, Langmuir Probe and Waves, LPW, Antenna Instrument, Extreme Ultraviolet, EUV, Detector

PT4S

W/m^2

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, 0.1 nm to 7.0 nm, DQ, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_pt1_7_data_quality

EUV Irradiance Wave Power, 0.1 nm to 7.0 nm, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Instrument, Extreme Ultraviolet, EUV, Detector

Data Quality Flag Value Definitions: 0=Good Solar, 1=Occultation, 2=No Pointing Info, 3=Sun not fully in Field of View, FOV, 4=Sun not in Field of View, FOV, 5=Windowed, 6=Eclipse, 7=Spare

PT4S

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, 17 nm to 22 nm, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_17_22

EUV Irradiance Wave Power, 17 nm to 22 nm Bandpass, Langmuir Probe and Waves, LPW, Instrument, Extreme Ultraviolet, EUV, Detector

PT4S

W/m^2

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, 17 nm to 22 nm, DQ, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_17_22_data_quality

EUV Irradiance Wave Power, 17 nm to 22 nm, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Instrument, Extreme Ultraviolet, EUV, Detector

Data Quality Flag Value Definitions: 0=Good Solar, 1=Occultation, 2=No Pointing Info, 3=Sun not fully in Field of View, FOV, 4=Sun not in Field of View, FOV, 5=Windowed, 6=Eclipse, 7=Spare

PT4S

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, Lyman-alpha, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_lyman_alpha

EUV Irradiance Wave Power Lyman-alpha Bandpass, Langmuir Probe and Waves, LPW, Instrument, Extreme Ultraviolet, EUV, Detector

PT4S

W/m^2

-1.0e+12

1.0e+12

-1.0e+31

EUV Irradiance Wave Power, Lyman-alpha, DQ, LPW/EUV

Time Series defined by using: EPOCH

LPW_EUV_irradiance_lyman_alpha_data_quality

EUV Irradiance Wave Power, Lyman-alpha, Data Quality Flag, DQ, Langmuir Probe and Waves, LPW, Instrument, Extreme Ultraviolet, EUV, Detector

Data Quality Flag Value Definitions: 0=Good Solar, 1=Occultation, 2=No Pointing Info, 3=Sun not fully in Field of View, FOV, 4=Sun not in Field of View, FOV, 5=Windowed, 6=Eclipse, 7=Spare

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Density, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_density

Solar Wind Electron Density, Solar Wind Electron Analyzer, SWEA

Density of Solar Wind or Magnetosheath Electrons based on Moments of the Electron Distribution after correcting for the Spacecraft Potential

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Density, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_density_quality

Solar Wind Electron Density, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Statistical Uncertainty, one Sigma, not including Systematic Error

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Temperature, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_temperature

Solar Wind Electron Temperature, Solar Wind Electron Analyzer, SWEA

Temperature of Solar Wind or Magnetosheath Electrons based on Moments of the Electron Distribution after correcting for the Spacecraft Potential

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Temperature, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_temperature_quality

Solar Wind Electron Temperature, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Temperature Statistical Uncertainty, one Sigma, not including Systematic Error

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 5 eV to 100 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_5_100

Solar Wind Electron Energy Flux, Parallel, 5 eV to 100 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux parallel to the Magnetic Field Vector, 0° to 90° Pitch Angle

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 5 eV to 100 eV, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_5_100_data_quality

Solar Wind Electron Energy Flux, Parallel, 5 eV to 100 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 100 eV to 500 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_100_500

Solar Wind Electron Energy Flux, Parallel, 100 eV to 500 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux parallel to the Magnetic Field Vector, 0° to 90° Pitch Angle

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 100 eV to 500 eV, SWEA, DQ

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_100_500_data_quality

Solar Wind Electron Energy Flux, Parallel, 100 eV to 500 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 500 eV to 1000 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_500_1000

Solar Wind Electron Energy Flux, Parallel, 500 eV to 1000 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux parallel to the Magnetic Field Vector, 0° to 90° Pitch Angle

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Parallel, 500 eV to 1000 eV, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_parallel_flux_500_1000_data_quality

Solar Wind Electron Energy Flux, Parallel, 500 eV to 1000 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 5 eV to 100 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_5_100

Solar Wind Electron Energy Flux, Antiparallel, 5 eV to 100 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux antiparallel to the Magnetic Field Vector, 90° to 180° Pitch Angl)

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 5 eV to 100 eV, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_5_100_data_quality

Solar Wind Electron Energy Flux, Antiparallel, 5 eV to 100 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 100 eV to 500 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_100_500

Solar Wind Electron Energy Flux, Antiparallel, 100 eV to 500 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux antiparallel to the Magnetic Field Vector, 90° to 180° Pitch Angle

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 100 eV to 500 eV, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_100_500_data_quality

Solar Wind Electron Energy Flux, Antiparallel, 100 eV to 500 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 500 eV to 1000 eV, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_500_1000

Solar Wind Electron Energy Flux, Antiparallel, 500 eV to 1000 eV, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Flux antiparallel to the Magnetic Field Vector, 90° to 180° Pitch Angle

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Flux, Antiparallel, 500 eV to 1000 eV, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_anti_parallel_flux_500_1000_data_quality

Solar Wind Electron Energy Flux, Antiparallel, 500 eV to 1000 eV, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

eV/(cm^2 s sr)

1.602176565e-15>J/(m^2 s sr)

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Spectrum Shape Parameter, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_spectrum_shape

Solar Wind Electron Energy Spectrum Shape Parameter, Solar Wind Electron Analyzer, SWEA

Solar Wind Electron Energy Spectrum Shape Parameter used to distingush between Ionospheric Photoelectrons and Solar Wind Electrons

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Electron Energy Spectrum Shape Parameter, DQ, SWEA

Time Series defined by using: EPOCH

SWEA_Electron_spectrum_shape_data_quality

Solar Wind Electron Energy Spectrum Shape Parameter, Data Quality Flag, DQ, Solar Wind Electron Analyzer, SWEA

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Number Density, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_density

Solar Wind Total Ion Number Density from Onboard Moment Calculation, assuming 100% Protons, Solar Wind Ion Analyzer, SWIA

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Number Density, DQ, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_density_data_quality

Solar Wind Total Ion Number Density, Data Quality Flag, DQ, Solar Wind Ion Analyzer, SWIA

Data Quality Flag: 0=Bad, 1=Good, the Flag indicates whether the Distribution is well-measured and the Decommutation Parameters are Definite

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Flow Velocity, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_flow_velocity_MSO

Solar Wind Bulk Ion Flow Velocity, Cartesian Coordinates, from Onboard Moment Calculation, assuming 100% Protons, Solar Wind Ion Analyzer, SWIA

PT4S

km/s

1.0e3>m/s

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Flow Velocity, DQ, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_flow_velocity_MSO_data_quality

Solar Wind Bulk Ion Flow Velocity, Cartesian Coordinates, Data Quality Flag, DQ, Solar Wind Ion Analyzer, SWIA

Data Quality Flag: 0=Bad, 1=Good, the Flag indicates whether the Distribution is well-measured and the Decommutation Parameters are Definite

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Temperature, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_temperature

Solar Wind Scalar Ion Temperature from Onboard Moment Calculation, assuming 100% Protons, Solar Wind Ion Analyzer, SWIA

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Temperature, DQ, SWIA

Time Series defined by using: EPOCH

SWIA_Hplus_temperature_data_quality

Solar Wind Scalar Ion Temperature, Data Quality Flag, DQ, Solar Wind Ion Analyzer, SWIA

Data Quality Flag: 0=Bad, 1=Good, the Flag indicates whether the Distribution is well-measured and the Decommutation Parameters are Definite

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Dynamic Pressure, SWIA

Time Series defined by using: EPOCH

SWIA_dynamic_pressure

Solar Wind Ion Dynamic Pressure computed on the Ground from Density and Velocity Moments, assuming 100% Protons, Solar Wind Ion Analyzer, SWIA

PT4S

nPa

1.0e-9>Pa

-1.0e+12

1.0e+12

-1.0e+31

Solar Wind Proton, H⁺, Dynamic Pressure, DQ, SWIA

Time Series defined by using: EPOCH

SWIA_dynamic_pressure_data_quality

Solar Wind Ion Dynamic Pressure, Data Quality Flag, DQ, Solar Wind Ion Analyzer, SWIA

Data Quality Flag Definitions: 0=Bad, 1=Good, the Flag indicates whether the Distribution is well-measured and the Decommutation Parameters are Definite

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Data Quality Flag, STATIC

Time Series defined by using: EPOCH

STATIC_Quality

Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Integer Flag Bits: Valid=0, Flag=1. See the SIS Key Parameter Data Product Description for Bit Descriptions. This Parameter is formatted as a Floating Point Number in order to include NaN Values for Data Gaps.

PT4S

0

999999999

-2147483648

Proton, H⁺, Number Density, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_density

Proton, H⁺, Number Density, SupraThermal And Thermal Ion Composition, STATIC

Proton, H⁺, Number Density below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Number Density, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_density_data_quality

Proton, H⁺, Number Density, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Number Density, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_density

Singly charged Oxygen Ion, O⁺, Number Density, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Oxygen Ion, O⁺, Number Density below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Number Density, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_density_data_quality

Singly charged Oxygen Ion, O⁺, Number Density, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Number Density, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_density

Doubly charged Oxygen Ion, O⁺², Number Density, SupraThermal And Thermal Ion Composition, STATIC

Doubly charged Oxygen Ion, O⁺², Number Density below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Number Density, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_density_data_quality

Doubly charged Oxygen Ion, O⁺², Number Density, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Ram Temperature, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_temperature

Proton, H⁺, Ram Temperature, SupraThermal And Thermal Ion Composition, STATIC

Proton, H⁺, Ram Temperature below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Ram Temperature, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_temperature_data_quality

Proton, H⁺, Ram Temperature, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Ram Temperature, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_temperature

Singly charged Oxygen Ion, O⁺, Ram Temperature, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Oxygen Ion, O⁺, Ram Temperature below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Ram Temperature, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_temperature_data_quality

Singly charged Oxygen Ion, O⁺, Ram Temperature, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺⁺, Ram Temperature, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_temperature

Doubly charged Oxygen Ion, O⁺⁺, Ram Temperature, SupraThermal And Thermal Ion Composition, STATIC

Doubly charged Oxygen Ion, O⁺⁺, Ram Temperature below a to be determined, TBD, Altitude determined from Application ID, APID, c6, 32 Energies ⨯ 64 Masses, while in Ram Mode or Conic Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Ram Temperature, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_temperature_data_quality

Doubly charged Oxygen Ion, O⁺², Ram Temperature, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², MAVEN_APP Flow Velocity, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_flow_velocity_MAVEN_APP

Doubly charged Oxygen Ion, O⁺², MAVEN Articulated Payload Platform, MAVEN_APP, Flow Velocity, Cartesian Coordinates, below a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Ram Mode or Conic Mode, SupraThermal And Thermal Ion Composition, STATIC

PT4S

km/s

1.0e3>m/s

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², MAVEN_APP Flow Velocity, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_flow_velocity_MAVEN_APP_data_quality

Doubly charged Oxygen Ion, O⁺², MAVEN Articulated Payload Platform, MAVEN_APP, Flow Velocity, Cartesian Coordinates, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Flow Velocity, MSO, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_flow_velocity_MSO

Doubly charged Oxygen Ion, O⁺², Flow Velocity, Mars Solar Orbital, MSO, Cartesian Coordinates, below a to be determined, TBD, Altitude while in Ram Mode or Conic Mode, SupraThermal And Thermal Ion Composition, STATIC

PT4S

km/s

1.0e3>m/s

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Flow Velocity, MSO, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_flow_velocity_MSO_data_quality

Doubly charged Oxygen Ion, O⁺², Flow Velocity, Mars Solar Orbital, MSO, Cartesian Coordinates, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Omnidirectional Flux, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_omni_directional_flux

Proton, H⁺, Omnidirectional Flux, SupraThermal And Thermal Ion Composition, STATIC

Proton, H⁺, Omnidirectional Flux above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

(cm^2 s)^-1

1.0e4>(m^2 s)^-1

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Characteristic Energy, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_characteristic_energy

Proton, H⁺, Characteristic Energy, SupraThermal And Thermal Ion Composition, STATIC

Proton, H⁺, Omnidirectional Characteristic Energy above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Characteristic Energy, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_characteristic_energy_DQ

Proton, H⁺, Characteristic Energy, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Helium Ion, He⁺, Omnidirectional Flux, STATIC

Time Series defined by using: EPOCH

STATIC_HEplus_omni_directional_flux

Singly charged Helium Ion, He⁺, Omnidirectional Flux, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Helium Ion, He⁺, Omnidirectional Flux above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

(cm^2 s)^-1

1.0e4>(m^2 s)^-1

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Helium Ion, He⁺, Omnidirectional Characteristic Energy, STATIC

Time Series defined by using: EPOCH

STATIC_HEplus_characteristic_energy

Singly charged Helium Ion, He⁺, Omnidirectional Characteristic Energy, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Helium Ion, He⁺, Omnidirectional Characteristic Energy above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Helium Ion, He⁺, Omnidirectional Characteristic Energy, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_HEplus_characteristic_energy_DQ

Singly charged Helium Ion, He⁺, Omnidirectional Characteristic Energy, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Omnidirectional Flux, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_omni_directional_flux

Singly charged Oxygen Ion, O⁺, Omnidirectional Flux, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Oxygen Ion, O⁺, Omnidirectional Flux above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

(cm^2 s)^-1

1.0e4>(m^2 s)^-1

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Omnidirectional Characteristic Energy, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_characteristic_energy

Singly charged Oxygen Ion, O⁺, Omnidirectional Characteristic Energy, SupraThermal And Thermal Ion Composition, STATIC

Singly charged Oxygen Ion, O⁺, Omnidirectional Characteristic Energy above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Singly charged Oxygen Ion, O⁺, Omnidirectional Characteristic Energy, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Oplus_characteristic_energy_DQ

Singly charged Oxygen Ion, O⁺, Omnidirectional Characteristic Energy, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Omnidirectional Flux, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_omni_directional_flux

Doubly charged Oxygen Ion, O⁺², Omnidirectional Flux, SupraThermal And Thermal Ion Composition, STATIC

Doubly charged Oxygen Ion, O⁺², Omnidirectional Flux above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

(cm^2 s)^-1

1.0e4>(m^2 s)^-1

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Omnidirectional Characteristic Energy, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_characteristic_energy

Doubly charged Oxygen Ion, O⁺², Omnidirectional Characteristic Energy, SupraThermal And Thermal Ion Composition, STATIC

Doubly charged Oxygen Ion, O⁺², Omnidirectional Characteristic Energy above a to be determined, TBD, Altitude determined from Application ID, APID, c6 while in Pickup, Eclipse and Protect Mode

PT4S

eV

1.602176565e-19>J

-1.0e+12

1.0e+12

-1.0e+31

Doubly charged Oxygen Ion, O⁺², Omnidirectional Characteristic Energy, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_O2plus_characteristic_energy_DQ

Doubly charged Oxygen Ion, O⁺², Omnidirectional Characteristic Energy, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Characteristic Direction Vector, MSO, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_characteristic_direction_MSO

Proton, H⁺, Characteristic Direction Vector in Mars Solar Orbital, MSO, Coordinates for the Flux measured above a to be determined, TBD, Altitude determined from a to be determined, TBD, Application ID, APID, while in Pickup and Scan Mode, SupraThermal And Thermal Ion Composition, STATIC

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Characteristic Angular Width, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_characteristic_angular_width

Proton, H⁺, Characteristic Angular Width, SupraThermal And Thermal Ion Composition, STATIC

Proton, H⁺, Flux Angular Width above a to be determined, TBD, Altitude determined from a to be determined, TBD, Application ID, APID, while in Pickup and Scan Mode

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Proton, H⁺, Characteristic Angular Width, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_Hplus_characteristic_angular_width_DQ

Proton, H⁺, Characteristic Angular Width, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Dominant Pickup Ion, Characteristic Direction Vector, MSO, STATIC

Time Series defined by using: EPOCH

STATIC_dominant_pickup_ion_characteristic_direction_MSO

Dominant Pickup Ion, Characteristic Direction Vector in Mars Solar Orbital, MSO, Coordinates for the Flux measured above a to be determined, TBD, Altitude determined from a to be determined, TBD, Application ID, APID, while in Pickup and Scan Mode, SupraThermal And Thermal Ion Composition, STATIC

Dominant Pickup Ion, XYZ-direction of Flux in Mars Solar Orbital, MSO, Coordinates for the Flux measured above a to be determined, TBD, Altitude determined from the Application ID, APID, D0 and CE while in Pickup Mode, Eclipse Mode, or Protect Mode

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Dominant Pickup Ion Characteristic Angular Width, STATIC

Time Series defined by using: EPOCH

STATIC_dominant_pickup_ion_characteristic_angular_width

Dominant Pickup Ion Characteristic Angular Width, SupraThermal And Thermal Ion Composition, STATIC

Dominant Pickup Ion Flux Angular Width above a to be determined, TBD, Altitude determined from the Application ID, APID, D0 and CE while in Pickup Mode, Eclipse Mode, or Protect Mode

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Dominant Pickup Ion Characteristic Angular Width, DQ, STATIC

Time Series defined by using: EPOCH

STATIC_dominant_pickup_ion_characteristic_angular_width_DQ

Dominant Pickup Ion Characteristic Angular Width, Data Quality Flag, DQ, SupraThermal And Thermal Ion Composition, STATIC

Number of Counts in the Measurement

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, 1-F, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_1F

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 1-Forward, Solar Energetic Particles, SEP

Number Flux of Ions, integrated over the Energy Range from 0.03 MeV to 1.0 MeV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 1-F, DQ, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_1F_data_quality

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 1-Forward, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Ion Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 1-R, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_1R

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 1-Reverse, Solar Energetic Particles, SEP

Number Flux of Ions, integrated over the Energy Range from 0.03 MeV to 1.0 MeV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 1-R, DQ, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_1R_data_quality

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 1-Reverse, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Ion Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 2-F, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_2F

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 2-Forward, Solar Energetic Particles, SEP

Number Flux of Ions, integrated over the Energy Range from 0.03 MeV to 1.0 MeV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 2-F, DQ, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_2F_data_quality

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 2-Forward, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Ion Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 2-R, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_2R

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 2-Reverse, Solar Energetic Particles, SEP

Number Flux of Ions, integrated over the Energy Range from 0.03 MeV to 1.0 MeV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Ion Energy Flux, 30 keV to 1000 keV, FOV 2-R, DQ, SEP

Time Series defined by using: EPOCH

SEP_Ion_Energy_Flux_30_1000_FOV_2R_data_quality

Ion Energy Flux, 30 keV to 1000 keV, Field of View, FOV, 2-Reverse, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Ion Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 1-F, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_1F

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 1-Forward, Solar Energetic Particles, SEP

Number Flux of Electrons, integrated over the Energy Range from 30 keV to 300 keV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 1-F, DQ, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_1F_data_quality

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 1-Forward, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Electron Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 1-R, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_1R

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 1-Reverse, Solar Energetic Particles, SEP

Number Flux of Electrons, integrated over the Energy Range from 30 keV to 300 keV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 1-R, DQ, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_1R_data_quality

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 1-Reverse, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Electron Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 2-F, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_2F

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 2-Forward, Solar Energetic Particles, SEP

Number Flux of Electrons, integrated over the Energy Range from 30 keV to 300 keV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 2-F, DQ, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_2F_data_quality

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 2-Forward, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Electron Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 2-R, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_2R

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 2-Reverse, Solar Energetic Particles, SEP

Number Flux of Electrons, integrated over the Energy Range from 30 keV to 300 keV

PT4S

(cm^2 s sr)^-1

1.0e4>(m^2 s sr)^-1

-1.0e+12

1.0e+12

-1.0e+31

Electron Energy Flux, 30 keV to 300 keV, FOV 2-R, DQ, SEP

Time Series defined by using: EPOCH

SEP_Electron_Energy_Flux_30_300_FOV_2R_data_quality

Electron Energy Flux, 30 keV to 300 keV, Field of View, FOV, 2-Reverse, Data Quality Flag, DQ, Solar Energetic Particles, SEP

Standard Uncertainty in Total Electron Flux, based on Poisson Statistics

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Look Direction, 1-F, MSO, Cartesian Coordinates, SEP

Time Series defined by using: EPOCH

SEP_Look_direction_1F_MSO

Look Direction, 1-Forward, Mars Solar Orbital, MSO, Cartesian Coordinates, Solar Energetic Particles, SEP

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Look Direction, 1-R, MSO, Cartesian Coordinates, SEP

Time Series defined by using: EPOCH

SEP_Look_direction_1R_MSO

Look Direction, 1-Reverse, MSO, Cartesian Coordinates, Solar Energetic Particles, SEP

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Look Direction, 2-F, MSO, Cartesian Coordinates, SEP

Time Series defined by using: EPOCH

SEP_Look_direction_2F_MSO

Look Direction, 2-Forward, MSO, Cartesian Coordinates, Solar Energetic Particles, SEP

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Look Direction, 2-R, MSO, Cartesian Coordinates, SEP

Time Series defined by using: EPOCH

SEP_Look_direction_2R_MSO

Look Direction, 2-Reverse, MSO, Cartesian Coordinates, Solar Energetic Particles, SEP

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Vector, MSO, MAG

Time Series defined by using: EPOCH

MAG_field_MSO

Magnetic Field Vector, Mars Solar Orbital, MSO, Cartesian Coordinates, Magnetometer, MAG

PT4S

nT

1.0e-9>T

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Vector, MSO, DQ, MAG

Time Series defined by using: EPOCH

MAG_field_MSO_data_quality

Magnetic Field Vector, Mars Solar Orbital, MSO, Cartesian Coordinates, Data Quality Flag, DQ, Magnetometer, MAG

Unused Column

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Vector, GEO, MAG

Time Series defined by using: EPOCH

MAG_field_GEO

Magnetic Field Vector, Geographic, GEO, Cartesian Coordinates, Magnetometer, MAG

PT4S

nT

1.0e-9>T

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Vector, GEO, DQ, MAG

Time Series defined by using: EPOCH

MAG_field_GEO_data_quality

Magnetic Field Vector, Geographic, GEO, Cartesian Coordinates, Data Quality Flag, DQ, Magnetometer, MAG

Unused Column

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Deviation, MAG

Time Series defined by using: EPOCH

MAG_field_RMS_deviation

Magnetic Field Deviation from the Mean Magnitude of the Magnetic Field, Magnetometer, MAG

PT4S

nT

1.0e-9>T

-1.0e+12

1.0e+12

-1.0e+31

Magnetic Field Deviation, DQ, MAG

Time Series defined by using: EPOCH

MAG_field_RMS_deviation_data_quality

Magnetic Field Deviation from the Mean Magnitude of the Magnetic Field, Data Quality Flag, Magnetometer, MAG

Unused Column

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Helium, He, Number Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_He_density

Neutral Helium, He, Number Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Helium, He, Number Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_He_density_precision

Neutral Helium, He, Number Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

He Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_He_density_data_quality

He Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Neutral Oxygen, O Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_O_density

Neutral Oxygen, O Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Oxygen, O Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_O_density_precision

Neutral Oxygen, O Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Oxygen, O Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_O_density_data_quality

Neutral Oxygen, O Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Neutral Carbon Monoxide, CO Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO_density

Neutral Carbon Monoxide, CO Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Carbon Monoxide, CO Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO_density_precision

Neutral Carbon Monoxide, CO Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Carbon Monoxide, CO Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO_density_data_quality

Neutral Carbon Monoxide, CO Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Neutral Molecular Nitrogen, N₂, Number Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_N2_density

Neutral Molecular Nitrogen, N₂, Number Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Molecular Nitrogen, N₂, Number Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_N2_density_precision

Neutral Molecular Nitrogen, N₂, Number Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Molecular Nitrogen, N₂, Number Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_N2_density_data_quality

Neutral Molecular Nitrogen, N₂, Number Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Neutral Nitric Oxide, NO, Number Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_NO_density

Neutral Nitric Oxide, NO, Number Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Nitric Oxide, NO, Number Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_NO_density_precision

Neutral Nitric Oxide, NO, Number Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Nitric Oxide, NO, Number Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_NO_density_data_quality

Neutral Nitric Oxide, NO, Number Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Neutral Argon, Ar, Number Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ar_density

Neutral Argon, Ar, Number Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Neutral Argon, Ar, Number Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ar_density_precision

Neutral Argon, Ar, Number Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Neutral Argon, Ar, Number Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ar_density_data_quality

Neutral Argon, Ar, Number Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Carbon Dioxide, CO₂, Number Density, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO2_density

Carbon Dioxide, CO₂, Number Density, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Carbon Dioxide, CO₂, Number Density, Precision, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO2_density_precision

Carbon Dioxide, CO₂, Number Density, Precision, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Carbon Dioxide, CO₂, Number Density, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_CO2_density_data_quality

Carbon Dioxide, CO₂, Number Density, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

NIV=Neutral Inbound Verified, NIU=Neutral Inbound Unverified, NOV=Neutral Outbound Verified, NOU=Neutral Outbound Unverified

PT4S

Ion Density, 32+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_32plus

Ion Density, 32+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 32+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_32plus

Ion Density, Precision, 32+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 32+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_32plus

Ion Density, 32+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 44+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_44plus

Ion Density, 44+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 44+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_44plus

Ion Density, Precision, 44+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 44+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_44plus

Ion Density, 44+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 30+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_30plus

Ion Density, 30+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 30+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_30plus

Ion Density, Precision, 30+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 30+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_30plus

Ion Density, 30+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 16+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_16plus

Ion Density, 16+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 16+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_16plus

Ion Density, Precision, 16+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 16+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_16plus

Ion Density, 16+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 28+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_28plus

Ion Density, 28+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 28+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_28plus

Ion Density, Precision, 28+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 28+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_28plus

Ion Density, 28+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 12+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_12plus

Ion Density, 12+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 12+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_12plus

Ion Density, Precision, 12+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 12+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_12plus

Ion Density, 12+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 17+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_17plus

Ion Density, 17+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 17+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_17plus

Ion Density, Precision, 17+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 17+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_17plus

Ion Density, 17+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Ion Density, 14+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_14plus

Ion Density, 14+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Abundance or upper Limit

PT4S

cm^-3

1.0e6>m^-3

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, Precision, 14+ Da, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_precision_14plus

Ion Density, Precision, 14+ Atomic Mass Units, Da, Neutral Gas and Ion Mass Spectrometer, NGIMS

Percent Error, one Sigma, if -1, the Value is an upper Limit

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Ion Density, 14+ Da, DQ, NGIMS

Time Series defined by using: EPOCH

NGIMS_Ion_density_data_quality_14plus

Ion Density, 14+ Atomic Mass Units, Da, Data Quality Flag, DQ, Neutral Gas and Ion Mass Spectrometer, NGIMS

Data Quality Flag Values: SCP=Spacecraft Potential available and used as computed by STATIC, SC0=Spacecraft Potential not available

PT4S

Spacecraft Position Vector, GEO

Time Series defined by using: EPOCH

SPICE_spacecraft_GEO

Spacecraft Position Vector, Geographic, GEO, Cartesian Coordinates

Same as IAU_MARS in SPICE

PT4S

km

1.0e3>m

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position Vector, MSO

Time Series defined by using: EPOCH

SPICE_spacecraft_MSO

Spacecraft Position Vector, Mars Solar Orbital, MSO, Cartesian Coordinates

Same as IAU_MARS in SPICE

PT4S

km

1.0e3>m

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position, Longitude, GEO

Time Series defined by using: EPOCH

SPICE_spacecraft_longitude_GEO

Spacecraft Position, Geographic, GEO, Longitude, calculated by using SPICE Toolkit Software and Kernels

Longitudinal Component of Location of the MAVEN Spacecraft with respect to Mars

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position, Latitude, GEO

Time Series defined by using: EPOCH

SPICE_spacecraft_latitude_GEO

Spacecraft Position, Geographic, GEO, Latitude, calculated by using SPICE Toolkit Software and Kernels

Latitudinal (areodetic) Component of Location of the MAVEN Spacecraft with respect to IAU Mars Ellipsoid, Equatorial Radius of 3396.2 km, Polar Radius of

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position, Solar Zenith Angle

Time Series defined by using: EPOCH

SPICE_spacecraft_sza

Spacecraft Position, Solar Zenith Angle calculated by using SPICE Toolkit Software and Kernels

Angle measured from MAVEN to the Geometric Center of the Solar Disc, as described by using a horizontal Coordinate System

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position, Local Time

Time Series defined by using: EPOCH

SPICE_spacecraft_local_time

Spacecraft Position, Local Time calculated by using SPICE Toolkit Software and Kernels

Angle measured from MAVEN to the Geometric Center of the Solar Disc, as described by using a horizontal Coordinate System

PT4S

h

3600>s

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Position, Altitude, Areodetic

Time Series defined by using: EPOCH

SPICE_spacecraft_altitude

Spacecraft Position, Altitude, Aeroid calculated by using SPICE Toolkit Software and Kernels

Spacecraft Areodetic Altitude with respect to the IAU Mars Ellipsoid, Equatorial Radius of 3396.2 km

PT4S

km

1.0e3>m

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Attitude, Unit Vector, GEO

Time Series defined by using: EPOCH

SPICE_spacecraft_attitude_GEO

Spacecraft Attitude, Unit Vector, Geographic, GEO, Cartesian Coordinates

Same as IAU_MARS in SPICE

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Spacecraft Attitude, Unit Vector, MSO

Time Series defined by using: EPOCH

SPICE_spacecraft_attitude_MSO

Spacecraft Attitude, Unit Vector, Mars Solar Orbital, MSO, Cartesian Coordinates

This Attitude equals the IAU_MARS Attitude in SPICE

PT4S

-1.0e+12

1.0e+12

-1.0e+31

MAVEN_APP Attitude, Unit Vector, GEO

Time Series defined by using: EPOCH

SPICE_app_attitude_GEO

MAVEN Articulated Payload Platform, MAVEN_APP, Attitude, Unit Vector, Geographic, GEO, Cartesian Coordinates

Pointing Direction of Articulated Payload Platform, Z-axis of MAVEN Articulated Payload Platform Base Plate, MAVEN_APP_BP, Frame, in GEO Coordinates

PT4S

-1.0e+12

1.0e+12

-1.0e+31

MAVEN_APP Attitude, Unit Vector, MSO

Time Series defined by using: EPOCH

SPICE_app_attitude_MSO

MAVEN Articulated Payload Platform, MAVEN_APP, Attitude, Unit Vector, Mars Solar Orbital, MSO, Cartesian Coordinates

This Attitude equals the IAU_MARS Attitude in SPICE

PT4S

-1.0e+12

1.0e+12

-1.0e+31

Orbit Number

Time Series defined by using: EPOCH

SPICE_Orbit_Number

Orbit Number calculated by using SPICE Toolkit Software and Kernels

The Orbit Number Increments each time MAVEN reaches Geometric Periapsis

PT4S

1

10000000

-2147483648

Spacecraft Inbound/Outbound Flag

Time Series defined by using: EPOCH

Inbound_Outbound_Flag

Spacecraft Inbound/Outbound Flag calculated by using SPICE Toolkit Software and Kernels

Inbound, I, is from Geometric Apoapsis to next Geometric Periapsis in Time, Outbound, O, is the reverse from Geometric Periapsis to Geometric Apoapsis in Time

PT4S

Mars Planetary Position, Solar Longitude

Time Series defined by using: EPOCH

SPICE_Mars_season

Mars Planetary Position, Solar Longitude, Ls, calculated by using SPICE Toolkit Software and Kernels

Mars Planetary Position, Solar Longitude: Ls equal to 0° represents Northern Spring Equinox, Ls equal to 90° represents Northern Summer Solstice, etc.

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Mars-Sun Distance

Time Series defined by using: EPOCH

SPICE_Mars_Sun_distance

Mars-Sun Distance calculated by using SPICE Toolkit Software and Kernels

PT4S

ua

1.495978706961e11>m

-1.0e+12

1.0e+12

-1.0e+31

Mars Planetary Position, Subsolar Point Longitude, GEO

Time Series defined by using: EPOCH

SPICE_Subsolar_Point_longitude_GEO

Mars Planetary Position, Subsolar Point Longitude Geographic, GEO, Cartesian Coordinates as calculated by using SPICE Toolkit Software and Kernels

Mars Geographic Longitude of the Subsolar Point

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Mars Planetary Position, Subsolar Point Latitude, GEO

Time Series defined by using: EPOCH

SPICE_Subsolar_Point_latitude_GEO

Mars Planetary Position, Subsolar Point Latitude Geographic, GEO, Cartesian Coordinates as calculated by using SPICE Toolkit Software and Kernels

Mars Geographic Latitude of the Subsolar Point

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Sub-Mars Point, Solar Longitude

Time Series defined by using: EPOCH

SPICE_Sub_Mars_Point_longitude

Sub-Mars Point on the Sun, Longitude calculated by using SPICE Toolkit Software and Kernels

Solar Longitude of the Center of the Sun as seen from Mars

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Sub-Mars Point, Solar Latitude

Time Series defined by using: EPOCH

SPICE_Sub_Mars_Point_latitude

Sub-Mars Point on the Sun, Latitude calculated by using SPICE Toolkit Software and Kernels

Solar Latitude of the Center of the Sun as seen from Mars

PT4S

°

0.0174532925>rad

-1.0e+12

1.0e+12

-1.0e+31

Rotation Matrix, IAU MARS to MAVEN MSO

Time Series defined by using: EPOCH

Rotation_matrix_IAU_MARS_MAVEN_MSO

Rotation Matrix, International Astronomical Union, IAU, MARS Coordinates to MAVEN Mars Solar Orbital, MSO, Coordinates as calculated by using SPICE Toolkit Software and Kernels. Column 1 Labels from COMPNO_3: [ 1, 2, 3]. Column 2 Labels from COMPNO_3: [ 1, 2, 3].

Rotation Matrix, IAU_MARS Frame to MAVEN_MSO Frame

PT4S

-1.0e+31

Rotation Matrix, MAVEN Spacecraft to MAVEN MSO

Time Series defined by using: EPOCH

Rotation_matrix_SPACECRAFT_MAVEN_MSO

Rotation Matrix, MAVEN Spacecraft Coordinates to MAVEN Mars Solar Orbital, MSO, Coordinates as calculated by using SPICE Toolkit Software and Kernels. Column 1 Labels from COMPNO_3: [ 1, 2, 3]. Column 2 Labels from COMPNO_3: [ 1, 2, 3].

Rotation Matrix, from MAVEN_SPACECRAFT Frame to MAVEN_MSO Frame

PT4S

-1.0e+31