de, [rad'um] is needed to reflect beam on 2.8 degree from metasurface, which is printed on a dielectric substrate and placed in the air, What value of the phase shift derivative where the incideat angle of radiation is zero and wavelength is 1.55 um. ,-15
de, [rad'um] is needed to reflect beam on 2.8 degree from metasurface, which is printed on a dielectric substrate and placed in the air, What value of the phase shift derivative where the incideat angle of radiation is zero and wavelength is 1.55 um. ,-15
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![de,
[rad'um] is needed to reflect beam on 2.8 degree from metasurface, which is printed on a dielectric substrate and placed in the air,
What value of the phase shift derivative
where the incideat angle of radiation is zero and wavelength is 1.55 um.
,-15](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F046dd09e-9200-435c-834f-15abd036a45a%2Fe7441bc2-7f36-4f3f-a0b7-2d18301f6d03%2F4r5t56q.png&w=3840&q=75)
Transcribed Image Text:de,
[rad'um] is needed to reflect beam on 2.8 degree from metasurface, which is printed on a dielectric substrate and placed in the air,
What value of the phase shift derivative
where the incideat angle of radiation is zero and wavelength is 1.55 um.
,-15
Expert Solution
Step 1
The value of the phase shift can be determined by using Fermat’s Principle. Therefore,
Where,
dφ/dx be defined as the phase shift
Step by step
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