6.2-8 Reflection from an Absorptive Medium. Use Maxwell's equations and appropriate bound- ary conditions to show that the complex amplitude reflectance at the boundary between free space and a medium with refractive index n and absorption coefficient a, at normal incidence, is r = [(n – jac/2w) - 1/[(n - jac/2w) + 1]. %3D
6.2-8 Reflection from an Absorptive Medium. Use Maxwell's equations and appropriate bound- ary conditions to show that the complex amplitude reflectance at the boundary between free space and a medium with refractive index n and absorption coefficient a, at normal incidence, is r = [(n – jac/2w) - 1/[(n - jac/2w) + 1]. %3D
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![ral dis
ALIN
6.2-8 Reflection from an Absorptive Medium. Use Maxwell's equations and appropriate bound-
ary conditions to show that the complex amplitude reflectance at the boundary between free
space and a medium with refractive index n and absorption coefficient a, at normal incidence,
is r = [(n – jac/2w) – 1]/[(n - jac/2w) + 1].](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd16d808e-cccb-4d82-9f1b-8ff381d90261%2Fba061ed8-e0ca-490d-84f8-a20460fe413b%2F3nti5p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:ral dis
ALIN
6.2-8 Reflection from an Absorptive Medium. Use Maxwell's equations and appropriate bound-
ary conditions to show that the complex amplitude reflectance at the boundary between free
space and a medium with refractive index n and absorption coefficient a, at normal incidence,
is r = [(n – jac/2w) – 1]/[(n - jac/2w) + 1].
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