Effect of Gamma-Ray Beaming on the Fluxes of Gamma-Ray Pulsars

Details Effect of Gamma-Ray Beaming on the Fluxes of Gamma-Ray Pulsars Effect of Gamma-Ray Beaming on the Fluxes of Gamma-Ray Pulsars

May 2005

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2005chphl..22.1289j&link_type=abstract

Chinese Physics Letters, Volume 22, Issue 5, pp. 1289-1292 (2005).

Physics

Scientific paper

We study the effect of γ-ray beaming on γ-ray emission of the pulsars in a self-sustained outer gap model. In this model, averaged γ-ray flux is a function of period, magnetic field, magnetic inclination angle and solid angle of γ-ray beaming for a γ-ray pulsar. We generate a sample of γ-ray pulsars with their ages less than 106 years by using the Monte Carlo method, and then study the γ-ray beaming effect. The comparison of distributions of periods, magnetic fields, distances, γ-ray energy fluxes and period derivatives of the simulated γ-ray pulsars with those of observed γ-ray pulsars by the detector EGRET shows that γ-ray beaming has an important role on the detection of γ-ray pulsars. Furthermore, possible γ-ray pulsars observed by the detector GLAST are predicted.

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