Author(s)

Arkady Efimovich Avramenko, Boris Yakovlevich Losovsky, Vyacheslav Dmitrievich Pugachev, Tatyana Viktorovna Shabanova

Pushchino Radio Astronomy Observatory, P. N. Lebedev Physical Institute, Russian Academy of Sciences, Pushchino, Russia.

We present the results of an analysis of the rotation regularities of pulsars from the current observations and retrospective data on the timing of pulsars at Pushchino Observatory, obtained since 1978 to 2017. Parametric approximation of numerical series of Times of Arrival (ToAs) the convergence polynomial series defined the combinations of numerical values, unique for each pulsar, identical in any reference system for coinciding epochs, irrespective of duration of observations that corresponds to the coherence of periodic radiation of pulsars. The braking index at all observed pulsars is n =−(0.9 ± 0.2) that corresponds monotony of slowing down of rotation (>0). The polynomial power series of the intervals calculated in observed parameters of rotation represent an analytical time scale on which variations of observed intervals, uncorrelated with rotation, are counted, as at pulsars B1919+21 and B0809+74, or the unpredictable variations of intervals defining the movement of a pulsar in the supernova remnants, as at PSR B0531+21 or at PSR B1822-09 which spontaneous movement also doesn’t exclude its belonging to the supernova remnants.

Neutron Stars:Pulsars:Rotation, Second Derivative, Braking Index, Moving

Avramenko, A. , Losovsky, B. , Pugachev, V. and Shabanova, T. (2018) Compatibility of the Observed Rotation Parameters of Radio Pulsars on Long Time Scales. International Journal of Astronomy and Astrophysics, 8, 24-45. doi: 10.4236/ijaa.2018.81003.