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Brian, J.A., Mario, H.A., Haje, K., James, A.S., Hideharu, U., Catherine, L.J., Michael, E.P., Sean, C.S., Jim, M.R., Thomas, H.Z., Georg, G. and Ralph, L.M. (2010) The Magnetic Field of Mercury. Space Science Reviews, 152, 307-339.

has been cited by the following article:

• TITLE: The Effect of the Axisymmetric and Non-Axisymmetric Ambient Field on the Magnetic Field of Planets

  AUTHORS: Alhashmi Ali Darah, Omran Moftah Trifis

  KEYWORDS: Mean-Field Dynamo, Axisymmetric, Nonlinear, Ambient Field

  JOURNAL NAME: Open Access Library Journal, Vol.8 No.8, August 19, 2021

  ABSTRACT: At least a minority of planets, moons and other bodies exist within significant external astrophysical fields. The ambient field problem is more relevant to these bodies than the classical dynamo problem, but remains relatively little studied. This paper will concern with the effect of axisymmetric and non-axi- symmetric ambient field on a spherical, axisymmetric dynamo model, through nonlinear calculations with α-quenching feedback. Ambient fields of varying strengths are imposed in the model. The effect of these fields on the generation process is considered, with particular focus on the equatorial symmetry and the time dependence of the solutions.