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MOM on plates
The code here presented evaluates the fields scattered
by a perfectly conductor rectangular plate using the classic Method of Moments.
The MOM formulation uses the RWG functions as basis and test functions.
It applies the Galerkin formulation.
The followings are the key features:
the scattering rectangular plate is parallel to the z=0 plane
the mesh is created imposing 
the basis and test functions used in the code are the RWG functions
it uses the Galekin formulation
a ground plane under the plate can be applied; in this case the code uses the image theorem to don't increase the computational complexity
2D and 3D plots of the far field theta and phi components
the metal plate is illuminated by a plane wave with the following user selected incident angles 
References
S.M. Rao, D.R. Wilton. 'Electromagnetic Scattering by Surfaces of Arbitrary Shape',
IEEE Transactions on Antennas and Propagation,
Vol. AP-30, No. 3, May 1982, pp. 409-418
Remote Execution command
The name of the module to call from Remote Execution client is: plates
See the example below.
Downloads
An example of input file is here.
An example of output file is here.
An example of the input file for the remote execution of the module mie is here.
It is available here an example program (Matlab), that creates an input file, launches the Remote Execution, retrieves the output file and plots the results.
Note that this example is limited to a maximum plate area 
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