11.28 Interface Conditions for Permeable Materials. An interface between free space and a perfectly permeable material exists. In free space (1), µ = µo [H/m], ε = & [F/m], and o=0. In the permeable material (2), µ = ∞, o = 0, and & = &0. Define the interface conditions at the interface between the two materials.
11.28 Interface Conditions for Permeable Materials. An interface between free space and a perfectly permeable material exists. In free space (1), µ = µo [H/m], ε = & [F/m], and o=0. In the permeable material (2), µ = ∞, o = 0, and & = &0. Define the interface conditions at the interface between the two materials.
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![11.28 Interface Conditions for Permeable Materials. An interface between free space and a perfectly permeable material
exists. In free space (1), µ = Ho [H/m], € = €o [F/m], and o =0. In the permeable material (2), µ = 0, o = 0, and
e = €9. Define the interface conditions at the interface between the two materials.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4cfad801-cfcd-490c-9cec-ce0cc4b6e27b%2F545f7e70-dc55-4ed4-af4b-a66d3e0d8fb1%2F9i9hdry_processed.png&w=3840&q=75)
Transcribed Image Text:11.28 Interface Conditions for Permeable Materials. An interface between free space and a perfectly permeable material
exists. In free space (1), µ = Ho [H/m], € = €o [F/m], and o =0. In the permeable material (2), µ = 0, o = 0, and
e = €9. Define the interface conditions at the interface between the two materials.
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