Accretion mounds on neutron stars spread equator-ward as their mass grows, measurably burying the dipole field for low-field stars, and a new current-free boundary condition removes dependence on the outer domain size.
M., 1976b, @doi [ ] 10.1086/154888 , https://ui.adsabs.harvard.edu/abs/1976ApJ...210..792A 210, 792
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Investigating field burial by magnetically confined accretion mounds on Neutron Stars
Accretion mounds on neutron stars spread equator-ward as their mass grows, measurably burying the dipole field for low-field stars, and a new current-free boundary condition removes dependence on the outer domain size.