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Take the action to compare with THEMIS. Followup with Ergun and Strangeway.
AGREEMENT: must label the plots ... this is for exchange of data between teams and instruments. Publication can have whatever.
numberDensity: [cm^-3]
bulkSpeed : [km/s]
* bulkAzimuth : [deg]
* bulkZenith : [deg]
* bulkX : [km/s]
* bulkY : [km/s]
* bulkZ : [km/s]
* PresXX : [nPa]
* PresXY : [nPa]
* PresXZ : [nPa]
* PresYY : [nPa]
* PresYZ : [nPa]
* PresZZ : [nPa]
* TempXX : [eV]
* TempXY : [eV]
* TempXZ : [eV]
* TempYY : [eV]
* TempYZ : [eV]
* TempZZ : [eV]
* heatFlux : [mW/m^2]
* heatAzimuth :[deg]
* heatZenith : [deg]
* heatX :[mW/m^2]
* heatY : [mW/m^2]
* heatZ : [mW/m^2]
* Entropy : [erg/K]-->there is a suggestion to change this but no opinion as to what
Electric Field : [mV/m]
Probe to Spacecraft Potential : [V]
Electric Field Power Spectral Density : [(mV/m)^2/Hz] ->> resolve this with Ergun and Strangeway. match THEMIS?
Phase shift : degrees
ExB velocity: [km/s]
Poynting Flux : [mW/m^2]
Magnetic Field: [nT]
Magnetic field power spectral density: [nT^2/Hz]
Pressure (magnetic): [nPa]
Current density: [nA/m^2]
Differential Number Flux: #/(cm^2 s ster eV)
Differential Energy Flux: eV/(cm^2 s ster eV)
OTHER TEAMS? PLEASE ADD ADDITIONAL QUANTITIES AS YOU DEFINE THEM
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