CIRCULAR RADIATION BY A MONOPOLE AROUND NEUTRON-STARS

Radiation by a monopole which revolves round a neutron star is investigated in detail. Using radiant probability W(p)t(k), we solve the radiant kinetic equation and proliferative equation of a monopole having the distribution function f(p), and obtain the solution of wave number N(k)t(r) and distribution function f(p). From these solutions, we know when the monopole moves round the neutron star; the exponential radiation is yielded with change of the motive orbit radius r. As radius r increases, the radiation appears as a saturated effect.