Isotropic Spectra

The spectra of the isotropic component determined from the local region fit. The grey shaded area is the isotropic component from Abdo et al. (2010) combining their EGB and residual component, including systematic uncertainty for the effective area. Other systematical uncertainties estimated in Abdo et al. (2010) are not included in the figure. They could account for up to the uncertainty caused by the effective area.

Isotropic spectra for models ^SL^Z10^R20^T150^C2 (black X), ^SL^Z10^R20^T150^C5 (blue squares), ^SL^Z10^R20^T∞^C2 (red circles), and ^SL^Z10^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z10^R30^T150^C2 (black X), ^SL^Z10^R30^T150^C5 (blue squares), ^SL^Z10^R30^T∞^C2 (red circles), and ^SL^Z10^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z4^R20^T150^C2 (black X), ^SL^Z4^R20^T150^C5 (blue squares), ^SL^Z4^R20^T∞^C2 (red circles), and ^SL^Z4^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z4^R30^T150^C2 (black X), ^SL^Z4^R30^T150^C5 (blue squares), ^SL^Z4^R30^T∞^C2 (red circles), and ^SL^Z4^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z6^R20^T150^C2 (black X), ^SL^Z6^R20^T150^C5 (blue squares), ^SL^Z6^R20^T∞^C2 (red circles), and ^SL^Z6^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z6^R30^T150^C2 (black X), ^SL^Z6^R30^T150^C5 (blue squares), ^SL^Z6^R30^T∞^C2 (red circles), and ^SL^Z6^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z8^R20^T150^C2 (black X), ^SL^Z8^R20^T150^C5 (blue squares), ^SL^Z8^R20^T∞^C2 (red circles), and ^SL^Z8^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SL^Z8^R30^T150^C2 (black X), ^SL^Z8^R30^T150^C5 (blue squares), ^SL^Z8^R30^T∞^C2 (red circles), and ^SL^Z8^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z10^R20^T150^C2 (black X), ^SO^Z10^R20^T150^C5 (blue squares), ^SO^Z10^R20^T∞^C2 (red circles), and ^SO^Z10^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z10^R30^T150^C2 (black X), ^SO^Z10^R30^T150^C5 (blue squares), ^SO^Z10^R30^T∞^C2 (red circles), and ^SO^Z10^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z4^R20^T150^C2 (black X), ^SO^Z4^R20^T150^C5 (blue squares), ^SO^Z4^R20^T∞^C2 (red circles), and ^SO^Z4^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z4^R30^T150^C2 (black X), ^SO^Z4^R30^T150^C5 (blue squares), ^SO^Z4^R30^T∞^C2 (red circles), and ^SO^Z4^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z6^R20^T150^C2 (black X), ^SO^Z6^R20^T150^C5 (blue squares), ^SO^Z6^R20^T∞^C2 (red circles), and ^SO^Z6^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z6^R30^T150^C2 (black X), ^SO^Z6^R30^T150^C5 (blue squares), ^SO^Z6^R30^T∞^C2 (red circles), and ^SO^Z6^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z8^R20^T150^C2 (black X), ^SO^Z8^R20^T150^C5 (blue squares), ^SO^Z8^R20^T∞^C2 (red circles), and ^SO^Z8^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SO^Z8^R30^T150^C2 (black X), ^SO^Z8^R30^T150^C5 (blue squares), ^SO^Z8^R30^T∞^C2 (red circles), and ^SO^Z8^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z10^R20^T150^C2 (black X), ^SS^Z10^R20^T150^C5 (blue squares), ^SS^Z10^R20^T∞^C2 (red circles), and ^SS^Z10^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z10^R30^T150^C2 (black X), ^SS^Z10^R30^T150^C5 (blue squares), ^SS^Z10^R30^T∞^C2 (red circles), and ^SS^Z10^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z4^R20^T150^C2 (black X), ^SS^Z4^R20^T150^C5 (blue squares), ^SS^Z4^R20^T∞^C2 (red circles), and ^SS^Z4^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z4^R30^T150^C2 (black X), ^SS^Z4^R30^T150^C5 (blue squares), ^SS^Z4^R30^T∞^C2 (red circles), and ^SS^Z4^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z6^R20^T150^C2 (black X), ^SS^Z6^R20^T150^C5 (blue squares), ^SS^Z6^R20^T∞^C2 (red circles), and ^SS^Z6^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z6^R30^T150^C2 (black X), ^SS^Z6^R30^T150^C5 (blue squares), ^SS^Z6^R30^T∞^C2 (red circles), and ^SS^Z6^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z8^R20^T150^C2 (black X), ^SS^Z8^R20^T150^C5 (blue squares), ^SS^Z8^R20^T∞^C2 (red circles), and ^SS^Z8^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SS^Z8^R30^T150^C2 (black X), ^SS^Z8^R30^T150^C5 (blue squares), ^SS^Z8^R30^T∞^C2 (red circles), and ^SS^Z8^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z10^R20^T150^C2 (black X), ^SY^Z10^R20^T150^C5 (blue squares), ^SY^Z10^R20^T∞^C2 (red circles), and ^SY^Z10^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z10^R30^T150^C2 (black X), ^SY^Z10^R30^T150^C5 (blue squares), ^SY^Z10^R30^T∞^C2 (red circles), and ^SY^Z10^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z4^R20^T150^C2 (black X), ^SY^Z4^R20^T150^C5 (blue squares), ^SY^Z4^R20^T∞^C2 (red circles), and ^SY^Z4^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z4^R30^T150^C2 (black X), ^SY^Z4^R30^T150^C5 (blue squares), ^SY^Z4^R30^T∞^C2 (red circles), and ^SY^Z4^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z6^R20^T150^C2 (black X), ^SY^Z6^R20^T150^C5 (blue squares), ^SY^Z6^R20^T∞^C2 (red circles), and ^SY^Z6^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z6^R30^T150^C2 (black X), ^SY^Z6^R30^T150^C5 (blue squares), ^SY^Z6^R30^T∞^C2 (red circles), and ^SY^Z6^R30^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z8^R20^T150^C2 (black X), ^SY^Z8^R20^T150^C5 (blue squares), ^SY^Z8^R20^T∞^C2 (red circles), and ^SY^Z8^R20^T∞^C5 (green triangles).

Isotropic spectra for models ^SY^Z8^R30^T150^C2 (black X), ^SY^Z8^R30^T150^C5 (blue squares), ^SY^Z8^R30^T∞^C2 (red circles), and ^SY^Z8^R30^T∞^C5 (green triangles).

• CR spectra <download all>
  • Protons (H)
  • Helium (He)
  • Carbon (C)
  • Oxygen (O)
  • Boron over Carbon ratio (B/C)
  • Beryllium 10 over 9 ratio (¹⁰Be/⁹Be)
  • Electrons (e^-)
  • Electrons and Positrons (e^- + e⁺)
• GR spectra <download all>
  • Local region (8° < |b|)
  • Intermediate latitudes (10° < |b| < 20°)
  • North polar cap (60° < b)
  • South polar cap (-60° > b)
  • Outer Galaxy (|b| < 8° and 80° < l < 280°)
  • Inner Galaxy (|b| < 8° and -80° < l < 80°)
• GR profiles <download all>
  • Outer Galaxy latitude profile for 200 MeV – 1600 MeV (90° < l < 270°)
  • Outer Galaxy latitude profile for 1.6 GeV – 13 GeV (90° < l < 270°)
  • Outer Galaxy latitude profile for 13 GeV – 100 GeV (90° < l < 270°)
  • Latitude profile at intermediate longitudes for 200 MeV – 1600 MeV (30° < |l| < 90°)
  • Latitude profile at intermediate longitudes for 1.6 GeV – 13 GeV (30° < |l| < 90°)
  • Latitude profile at intermediate longitudes for 13 GeV – 100 GeV (30° < |l| < 90°)
  • Inner Galaxy latitude profile for 200 MeV – 1600 MeV (-30° < l < 30°)
  • Inner Galaxy latitude profile for 1.6 GeV – 13 GeV (-30° < l < 30°)
  • Inner Galaxy latitude profile for 13 GeV – 100 GeV (-30° < l < 30°)
  • Galactic plane longitude profile for 200 MeV – 1600 MeV (|b| < 5°)
  • Galactic plane longitude profile for 1.6 GeV – 13 GeV (|b| < 5°)
  • Galactic plane longitude profile for 13 GeV – 100 GeV (|b| < 5°)
  • Longitude profile at north intermediate latitudes for 200 MeV – 1600 MeV (10° < b < 20°)
  • Longitude profile at north intermediate latitudes for 1.6 GeV – 13 GeV (10° < b < 20°)
  • Longitude profile at north intermediate latitudes for 13 GeV – 100 GeV (10° < b < 20°)
  • Longitude profile at south intermediate latitudes for 200 MeV – 1600 MeV (-20° < b < -10°)
  • Longitude profile at south intermediate latitudes for 1.6 GeV – 13 GeV (-20° < b < -10°)
  • Longitude profile at south intermediate latitudes for 13 GeV – 100 GeV (-20° < b < -10°)
• GR residual maps <download all>
  • In units of standard deviation
  • Fractional, (data - model)/data
• Absolute difference between residual maps of different models <download all>
  • Compared to reference model
  • CR source distributions varied
  • Vertical halo size varied
  • Radial halo size varied
  • Spin temperature varied
  • E(B-V) magnitude cut varied
• The spectrum of the isotropic component <download all>
• Radial dependence of X_CO <download all>
• Source spectra for all 1FGL sources for all of the models. Shown on each page are for models for the combination of T_S values and E(B-V) magnitude cuts. <download all>
  • ^SS^Z4^R20
  • ^SS^Z4^R30
  • ^SS^Z6^R20
  • ^SS^Z6^R30
  • ^SS^Z8^R20
  • ^SS^Z8^R30
  • ^SS^Z10^R20
  • ^SS^Z10^R30
  • ^SL^Z4^R20
  • ^SL^Z4^R30
  • ^SL^Z6^R20
  • ^SL^Z6^R30
  • ^SL^Z8^R20
  • ^SL^Z8^R30
  • ^SL^Z10^R20
  • ^SL^Z10^R30
  • ^SY^Z4^R20
  • ^SY^Z4^R30
  • ^SY^Z6^R20
  • ^SY^Z6^R30
  • ^SY^Z8^R20
  • ^SY^Z8^R30
  • ^SY^Z10^R20
  • ^SY^Z10^R30
  • ^SO^Z4^R20
  • ^SO^Z4^R30
  • ^SO^Z6^R20
  • ^SO^Z6^R30
  • ^SO^Z8^R20
  • ^SO^Z8^R30
  • ^SO^Z10^R20
  • ^SO^Z10^R30
• GALDEF files for the runs <download all>
• Output files from the GALPROP runs
  • ^SS^Z4^R20^T150^C2
  • ^SS^Z4^R20^T150^C5
  • ^SS^Z4^R20^T∞^C2
  • ^SS^Z4^R20^T∞^C5
  • ^SS^Z4^R30^T150^C2
  • ^SS^Z4^R30^T150^C5
  • ^SS^Z4^R30^T∞^C2
  • ^SS^Z4^R30^T∞^C5
  • ^SS^Z6^R20^T150^C2
  • ^SS^Z6^R20^T150^C5
  • ^SS^Z6^R20^T∞^C2
  • ^SS^Z6^R20^T∞^C5
  • ^SS^Z6^R30^T150^C2
  • ^SS^Z6^R30^T150^C5
  • ^SS^Z6^R30^T∞^C2
  • ^SS^Z6^R30^T∞^C5
  • ^SS^Z8^R20^T150^C2
  • ^SS^Z8^R20^T150^C5
  • ^SS^Z8^R20^T∞^C2
  • ^SS^Z8^R20^T∞^C5
  • ^SS^Z8^R30^T150^C2
  • ^SS^Z8^R30^T150^C5
  • ^SS^Z8^R30^T∞^C2
  • ^SS^Z8^R30^T∞^C5
  • ^SS^Z10^R20^T150^C2
  • ^SS^Z10^R20^T150^C5
  • ^SS^Z10^R20^T∞^C2
  • ^SS^Z10^R20^T∞^C5
  • ^SS^Z10^R30^T150^C2
  • ^SS^Z10^R30^T150^C5
  • ^SS^Z10^R30^T∞^C2
  • ^SS^Z10^R30^T∞^C5
  • ^SL^Z4^R20^T150^C2
  • ^SL^Z4^R20^T150^C5
  • ^SL^Z4^R20^T∞^C2
  • ^SL^Z4^R20^T∞^C5
  • ^SL^Z4^R30^T150^C2
  • ^SL^Z4^R30^T150^C5
  • ^SL^Z4^R30^T∞^C2
  • ^SL^Z4^R30^T∞^C5
  • ^SL^Z6^R20^T150^C2
  • ^SL^Z6^R20^T150^C5
  • ^SL^Z6^R20^T∞^C2
  • ^SL^Z6^R20^T∞^C5
  • ^SL^Z6^R30^T150^C2
  • ^SL^Z6^R30^T150^C5
  • ^SL^Z6^R30^T∞^C2
  • ^SL^Z6^R30^T∞^C5
  • ^SL^Z8^R20^T150^C2
  • ^SL^Z8^R20^T150^C5
  • ^SL^Z8^R20^T∞^C2
  • ^SL^Z8^R20^T∞^C5
  • ^SL^Z8^R30^T150^C2
  • ^SL^Z8^R30^T150^C5
  • ^SL^Z8^R30^T∞^C2
  • ^SL^Z8^R30^T∞^C5
  • ^SL^Z10^R20^T150^C2
  • ^SL^Z10^R20^T150^C5
  • ^SL^Z10^R20^T∞^C2
  • ^SL^Z10^R20^T∞^C5
  • ^SL^Z10^R30^T150^C2
  • ^SL^Z10^R30^T150^C5
  • ^SL^Z10^R30^T∞^C2
  • ^SL^Z10^R30^T∞^C5
  • ^SY^Z4^R20^T150^C2
  • ^SY^Z4^R20^T150^C5
  • ^SY^Z4^R20^T∞^C2
  • ^SY^Z4^R20^T∞^C5
  • ^SY^Z4^R30^T150^C2
  • ^SY^Z4^R30^T150^C5
  • ^SY^Z4^R30^T∞^C2
  • ^SY^Z4^R30^T∞^C5
  • ^SY^Z6^R20^T150^C2
  • ^SY^Z6^R20^T150^C5
  • ^SY^Z6^R20^T∞^C2
  • ^SY^Z6^R20^T∞^C5
  • ^SY^Z6^R30^T150^C2
  • ^SY^Z6^R30^T150^C5
  • ^SY^Z6^R30^T∞^C2
  • ^SY^Z6^R30^T∞^C5
  • ^SY^Z8^R20^T150^C2
  • ^SY^Z8^R20^T150^C5
  • ^SY^Z8^R20^T∞^C2
  • ^SY^Z8^R20^T∞^C5
  • ^SY^Z8^R30^T150^C2
  • ^SY^Z8^R30^T150^C5
  • ^SY^Z8^R30^T∞^C2
  • ^SY^Z8^R30^T∞^C5
  • ^SY^Z10^R20^T150^C2
  • ^SY^Z10^R20^T150^C5
  • ^SY^Z10^R20^T∞^C2
  • ^SY^Z10^R20^T∞^C5
  • ^SY^Z10^R30^T150^C2
  • ^SY^Z10^R30^T150^C5
  • ^SY^Z10^R30^T∞^C2
  • ^SY^Z10^R30^T∞^C5
  • ^SO^Z4^R20^T150^C2
  • ^SO^Z4^R20^T150^C5
  • ^SO^Z4^R20^T∞^C2
  • ^SO^Z4^R20^T∞^C5
  • ^SO^Z4^R30^T150^C2
  • ^SO^Z4^R30^T150^C5
  • ^SO^Z4^R30^T∞^C2
  • ^SO^Z4^R30^T∞^C5
  • ^SO^Z6^R20^T150^C2
  • ^SO^Z6^R20^T150^C5
  • ^SO^Z6^R20^T∞^C2
  • ^SO^Z6^R20^T∞^C5
  • ^SO^Z6^R30^T150^C2
  • ^SO^Z6^R30^T150^C5
  • ^SO^Z6^R30^T∞^C2
  • ^SO^Z6^R30^T∞^C5
  • ^SO^Z8^R20^T150^C2
  • ^SO^Z8^R20^T150^C5
  • ^SO^Z8^R20^T∞^C2
  • ^SO^Z8^R20^T∞^C5
  • ^SO^Z8^R30^T150^C2
  • ^SO^Z8^R30^T150^C5
  • ^SO^Z8^R30^T∞^C2
  • ^SO^Z8^R30^T∞^C5
  • ^SO^Z10^R20^T150^C2
  • ^SO^Z10^R20^T150^C5
  • ^SO^Z10^R20^T∞^C2
  • ^SO^Z10^R20^T∞^C5
  • ^SO^Z10^R30^T150^C2
  • ^SO^Z10^R30^T150^C5
  • ^SO^Z10^R30^T∞^C2
  • ^SO^Z10^R30^T∞^C5