The gamma-ray Doppler factor determinations for a Fermi blazar sample
J. H. Fan, Jiang-He Yang, Yi Liu, Jingyi Zhang
Abstract
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J. H. Fan, Jiang-He Yang, Yi Liu, Jingyi Zhang
Abstract
Open-access reader
Observations suggest that γ-ray loud blazars are strongly beamed. The Fermi mission has detected many of blazars, which provide us with a good opportunity to investigate the emission mechanism and the beaming effect in the γ-ray region. We compiled the X-ray observations for 138 Fermi blazars (54 flat spectrum radio quasars, 36 low-peaked BL Lacertae objects, and 48 high-peaked BL Lacertae objects) and calculated their Doppler factors, δ γ . It is interesting that the calculated Doppler factors, δ γ , are strongly correlated with the γ-ray luminosity.
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Observations suggest that γ-ray loud blazars are strongly beamed. The Fermi mission has detected many of blazars, which provide us with a good opportunity to investigate the emission mechanism and the beaming effect in the γ-ray region. We compiled the X-ray observations for 138 Fermi blazars (54 flat spectrum radio quasars, 36 low-peaked BL Lacertae objects, and 48 high-peaked BL Lacertae objects) and calculated their Doppler factors, δ γ . It is interesting that the calculated Doppler factors, δ γ , are strongly correlated with the γ-ray luminosity.
Key concepts: Blazar, Physics, Astrophysics, Fermi Gamma-ray Space Telescope, Quasar, Luminosity, Doppler effect, Gamma ray