The radiation of pulsars have been observed for many years. A few pulsars are discovered to have both radio and gamma-ray emission. Many models on pulsar radiation have been developed, but so far we are still lacking an elaborate model which can explain the emission from radio to gamma-rays in detail. In this paper we present a joint model for radio and gamma-ray emission, in which both the dominate emission mechanisms are inverse Compton scattering. The pulse profiles at radio and gamma-ray bands are reproduced for the Crab-like, Vela-like and Geminga-like pulsars, in good agreement with observations
We present a model for the gamma-ray emission of pulsars in terms of curvature radiation by highly r...
Pulsed gamma-ray emission from millisecond pulsars (MSPs) has been detected by the sensitive Fermi s...
The observations of gamma-ray emission from pulsars with the Fermi-LAT de-tector and the detection o...
A joint model for a pulsar's radio and gamma-ray emission is introduced in this paper. This mod...
Although pulsars can radiate electromagnetic wave from radio to gamma ray bands, we still have no a ...
Many models for the pulsar radio and gamma-ray emissions have been developed. The tests for these mo...
We reproduce the broadband spectrum of Crab pulsar, from UV to very high energy gamma-rays- nearly t...
We use the non-stationary three dimensional two-layer outer gap model to explain gamma-ray emissions...
In order to understand pulsar emission, and coherent emission processes in general, it is important ...
In previous study, a three-dimensional two-layer outer gap model was proposed to explain the third p...
A model is proposed for the Vela pulsar in which the radio emission originates near the surface of t...
The region in which pulsars radiate is very important to constrain pulsar emission mechanisms. A thr...
We present a multicomponent model to explain the features of the pulsed emission and spectrum of the...
We study the possibility that the unpulsed gamma rays in the energy range of 100 MeV-10 GeV from the...
We reanalyze the Fermi spectra of the Geminga and Vela pulsars. We find that the spectrum of Geminga...
We present a model for the gamma-ray emission of pulsars in terms of curvature radiation by highly r...
Pulsed gamma-ray emission from millisecond pulsars (MSPs) has been detected by the sensitive Fermi s...
The observations of gamma-ray emission from pulsars with the Fermi-LAT de-tector and the detection o...
A joint model for a pulsar's radio and gamma-ray emission is introduced in this paper. This mod...
Although pulsars can radiate electromagnetic wave from radio to gamma ray bands, we still have no a ...
Many models for the pulsar radio and gamma-ray emissions have been developed. The tests for these mo...
We reproduce the broadband spectrum of Crab pulsar, from UV to very high energy gamma-rays- nearly t...
We use the non-stationary three dimensional two-layer outer gap model to explain gamma-ray emissions...
In order to understand pulsar emission, and coherent emission processes in general, it is important ...
In previous study, a three-dimensional two-layer outer gap model was proposed to explain the third p...
A model is proposed for the Vela pulsar in which the radio emission originates near the surface of t...
The region in which pulsars radiate is very important to constrain pulsar emission mechanisms. A thr...
We present a multicomponent model to explain the features of the pulsed emission and spectrum of the...
We study the possibility that the unpulsed gamma rays in the energy range of 100 MeV-10 GeV from the...
We reanalyze the Fermi spectra of the Geminga and Vela pulsars. We find that the spectrum of Geminga...
We present a model for the gamma-ray emission of pulsars in terms of curvature radiation by highly r...
Pulsed gamma-ray emission from millisecond pulsars (MSPs) has been detected by the sensitive Fermi s...
The observations of gamma-ray emission from pulsars with the Fermi-LAT de-tector and the detection o...