Flux Surfaces According to Killing Magnetic Vectors in Riemannian Space $mathbb{S}ol3$

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Fundamental Journal of Mathematics and Applications
Volume:6 Issue:2
Flux Surfaces According to Killing Magnetic Vectors in Riemannian Space $mathbb{S}ol3$

Flux Surfaces According to Killing Magnetic Vectors in Riemannian Space $mathbb{S}ol3$

Authors : Nourelhouda BENMENSOUR, Fouzi HATHOUT

Pages : 89-100

Doi:10.33401/fujma.1163741

View : 76 | Download : 94

Publication Date : 2023-06-30

Article Type : Research Paper

Abstract :In this paper, we define flux surface as surfaces in which its normal vector is orthogonal to the vector corresponding to a flux with its associate scalar flux functions in ambient manifold M. Next, we determine, in 3-dimensional homogenous Riemannian manifold $\\mathbb{S}ol3$, the parametric flux surfaces according to the flux corresponding to the Killing magnetic vectors and we calculate its associate scalar flux functions. Finally, examples of such surfaces are presented with their graphical representation in Euclidean space.
Keywords : Flux, Flux surface, Killing magnetic, Scalar flux function, mathbb S ol3 manifold

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