BackForward Variable: Proton differential directional flux

Definition
Full name Proton differential directional flux
Definition Flux density energy spectrum of low-, medium-, and high-energy protons from the magnetosphere, the radiation belts or the interplanetary medium, per unit solid angle.
Measuring Units protons·(cm2 s sr eV)-1 Uncertainty Units %
Horizontal Res Units degrees Vertical Res Units
Stability Units % (Stability /decade)

 

Comment: A measure of the plasma and radiation environment that could present a hazard to satellites and humans in space and that is also responsible for ionospheric radio absorption. Low energy refers to 0 eV to 50 keV. Medium energy refers to 50 keV to a few MeV. High energy refers to a few MeV to 100s of MeV and above. The horizontal resolution is counted in degrees of arc along an Earth orbit, i.e. 90 degrees correspond to 4 measurement points.
Last modified: 2014-03-27
Applied in OSCAR/Space Gap Analysis: Yes
Classification
  • Domain: Outer Space
    • Sub-domain: Energetic particles and solar wind
      • Variable: Proton differential directional flux
        • Measured in Layers:
          • Ionos
          • L1
          • Geo
          • Leo
          • Meo
          • Helio
          • Sun
          • Magnet
  • Cross-cutting themes:
  • Earth System Application Categories and its related Application Areas:
  • Unknown:

Requirements defined for Proton differential directional flux  (2)

This tables shows all related requirements. For more operations/filtering, please consult the full list of Requirements
Note: In reading the values, goal is marked blue, breakthrough green, threshold orange
Application-dependent Technical Priority (ATP) Magenta and Relative priority of the attributes Red

Id Variable Layer App Area ATP Uncertainty Layer/s Quality Coverage Quality Stability / decade Hor Res Ver Res Obs Cyc Timeliness Coverage Conf Level Val Date Source General Comment Application Area Comment Horizontal Coverage Comment Observation Comment Performance Comment
595 Proton differential directional flux Geo
Leo
Meo 		Space Weather 5 %
10 %
25 % 		45 degrees
90 degrees
180 degrees 		60 sec
5 min
10 min 		60 sec
10 min
100 min 		Global tentative 2011-05-01 ICTSW-1 Satellite radiation and electrostatic discharge risk, human radiation risk
598 Proton differential directional flux L1 Space Weather 5 %
10 %
25 % 		360 degrees
360 degrees
360 degrees 		60 sec
5 min
10 min 		60 sec
10 min
100 min 		Global tentative 2011-05-01 ICTSW-1 Interplanetary radiation and their level trough magnetospheric transport