Abstract
A sudden release of the internal energy of a neutron star can cause the oscillation of crustal platelets, which will result in a high potential drop between the magnetic field lines. This potential drop accelerates e± pairs in the magnetosphere and results in the emission of high-energy curvature radiation photons with energies of up to a few tens of GeV. We consider the radiation processes that take place in the stellar magnetosphere and compute the energy spectrum of particles escaping the magnetosphere.

This publication has 0 references indexed in Scilit: