PCR calculation, Design of Metamaterial (MM) and simulation

PCR calculation, Design of Metamaterial (MM) and simulation.
Polarization is a very important property of electromagnetic (EM) waves, and lots of efforts have been made to control and manipulate it through artificially designed subwavelength structures. Although polarization of the EM waves can be manipulated through conventional methods such as by using the optical activity of crystals and the Faraday effect, devices based on conventional techniques are largely handicapped due to their bulky size, narrow bandwidth, and incident angle dependent response. To achieve the polarization control of the EM waves over small distances and wide bandwidths, miniaturized artificial structures must be realized. Artificial structures called metamaterials exhibit exotic electromagnetic properties that are not found in natural materials. A two-dimensional (2-D) analogue of a metamaterial generally known as metasurfaces has been found to be of potential interest for polarization control and miniaturization
of related devices
Link:
www.google.com
Enter sci-hub
And past inside sci-hub search bar
“An angularly stable dual-broadband anisotropic cross polarization conversion metasurface”
OR
aip.scitation....
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……………
Next will be u and v polarized incident and reflected wave, simulation under u&v wave

[@muhammadismailkhan226]

The research paper simulated here is available at:sci-hub.tw/aip.scitation.org/doi/abs/10.1063/1.4997456 The title is: An angularly stable dual-broadband anisotropic cross polarization conversion metasurface MI Khan, FA Tahir Journal of Applied Physics 122 (5), 053103

[@Mathswithahmad]

@Muhammad Ismail khan i think this is your papers

[@muhammadismailkhan226]

@@Mathswithahmad Yes

[@hamzaasifkhan8421]

Can u please tell me how i can get pcr directly in post processing of CST?

[@Mathswithahmad]

U need to export s parameters

[@hamzaasifkhan8421]

@@Mathswithahmad alright thanks mate!!!

[@JackWilson-f7o]

Thank you, but how can I get the left picture :FIG. 3. (a). Because your video told us the FIG. 3. (b).I want to know how can I calculate the FIG. 3. (b)

[@joohigarg8324]

Excellent

[@واحةالشبكات]

Thank you, but why you set Et=0 in Zmin?

[@jane3598777]

why this structure is called metamaterial, its permeability is postive. Sir can u tell me why? thank you

[@narayanarao9653]

how can we measure the dimensions of metamaterial structure

[@rajasaad451]

PCR calculations start at 9:05. Thank me later

[@hamzaasifkhan8421]

Do u know how we can get it directly in post processing?

[@hamzaasifkhan8421]

you did not assigned port, how can you simulate without port? Need guidance bro

[@rajasaad451]

Zmax and Zmin are ports bro

[@Mathswithahmad]

Flouqat flport

[@hamzahm.marhoon9256]

What about the port ???

[@nirvanakkk9352]

which software is this?

[@Mathswithahmad]

CST

[@hamzaasifkhan8421]

Is it tutorial of that model which you share with me on whatsapp??

[@Mathswithahmad]

No