The effect of an inclined magnetic field on solar oscillation frequencies
Document Type
Article
Publication Date
8-10-1992
Abstract
The radiative interior of the Sun could be hiding a large-scale magnetic field, which might not be axisymmetric about the observed rotation axis. Using helioseismic data, we estimate that the strength of any such relic field must be less than about 30 MG, if the field is axisymmetric about the rotation axis. The shape oblateness caused by a field at this limiting strength is about 5-10 × 10-6. Stronger fields can be accommodated by the helioseismic data if they are inclined to the rotation axis. We further conclude that the convection zone and at least the outer part of the radiative interior rotate on the same axis.
Identifier
0001423385 (Scopus)
Publication Title
Astrophysical Journal
External Full Text Location
https://doi.org/10.1086/171653
e-ISSN
15384357
ISSN
0004637X
First Page
307
Last Page
315
Issue
1
Volume
395
Recommended Citation
Goode, Philip R. and Thompson, Michael J., "The effect of an inclined magnetic field on solar oscillation frequencies" (1992). Faculty Publications. 17288.
https://digitalcommons.njit.edu/fac_pubs/17288
