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Rewrite the following expression, the volumetric integration of the vector potential equation as a function of magnetization M, in function of the volume (Jb) and surface (K,) currents. Include the mathematical expressions for each current. Ho ( M(F') × (F – F')dr' Ä(f) = 4π. dt'

Rewrite the following expression, the volumetric integration of the vector potential equation as a function of magnetization M, in function of the volume (Jb) and surface (K,) currents. Include the mathematical expressions for each current. Ho ( M(F') × (F – F')dr' Ä(f) = 4π. dt'

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Rewrite the following expression, the volumetric integration of the vector potential equation as a function of magnetization M, in function of the volume (Jp) and surface (K,) currents. Include the mathematical expressions for each current. Ā(F) Ho M(F') × († – 7') dī' F-ド
Transcribed Image Text:Rewrite the following expression, the volumetric integration of the vector potential equation as a function of magnetization M, in function of the volume (Jp) and surface (K,) currents. Include the mathematical expressions for each current. Ā(F) Ho M(F') × († – 7') dī' F-ド
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