Magnetix flux density & Zero scalar potential

AI Thread Summary
Magnetic flux density is confirmed to be perpendicular to external boundaries where zero magnetic scalar potential is imposed. This relationship is supported by the properties of fields that satisfy Laplace's equation, where equipotential lines are orthogonal to the gradient. The discussion highlights the importance of understanding the mathematical principles behind magnetic fields. The interaction between magnetic flux density and scalar potential is clarified through these equations. Overall, the conversation emphasizes the foundational concepts in electromagnetic theory.
baggiano
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Hi

Can anybody tell how I can prove that the magnetic flux density is perpendicular to external boundaries with imposed zero magnetic scalar potential?

Thanks

Bag
 
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I believe that for any field that satisfies Laplace's equation (divergence of a gradient), the equipotential lines (curl of the gradient) are orthogonal to the gradient. Is this what you mean?

Bob S
 
Thanks for the reply and for your explanation. That precisely explains what I meant. Thanks again.
 
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