Spindown of neutron stars in close binary systems - II

Abstract
We consider how the rotation period of a magnetic neutron star, initially spinning rapidly, evolves when the neutron star is a member of a close binary system in which the companion is a massive main-sequence star losing mass by a stellar wind. We develop a new model for the spindown process that describes how the interactions at the boundary of the magnetosphere affect the surrounding material (which originates from the stellar wind). Spindown time-scales are calculated and hence constraints on the parameters of the system are obtained which determine under what circumstances spindown to long periods is possible.

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