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3D Diagonalization and Supplementation of Maxwell's Magneto-Static Field Equations in Fully Anisotropic and Inhomogeneous Media - Part II: Relative Proof of Consistency

机译:完全各向异性和非均匀介质中麦克斯韦磁静态场方程的3D对角化和补充-第二部分:一致性的相对证明

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Consider the Maxwell's magneto-static equations ∇×H=J and ∇·B=0 in fully anisotropic and inhomogeneous media characterized by the 3 × 3 positive-definite position-dependent permeability matrix μ3×3(x, y, z). In the accompanying paper (Part I) the existence of the diagonalized Dc - and the associated supplementary Sc -forms was demonstrated constructively. In this paper the internal consistency of the (Dc, Sc) - forms is established rigorously by proving the sharp equivalence of the (Dc, Sc) -forms with the originating Maxwell's and constitutive equations.
机译:考虑在以3×3正定位置相关的磁导率矩阵μ为特征的完全各向异性和非均匀介质中的麦克斯韦静磁方程∇×H = J和∇·B = 0 3×3 (x,y,z)。在随附的论文(第一部分)中,建设性地证明了对角Dc-及其相关的补充Sc形式的存在。在本文中,通过用起源的麦克斯韦方程和本构方程证明(Dc,Sc)-形式的尖锐等价关系,来严格建立(Dc,Sc)-形式的内部一致性。

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