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How to apply polarized E-field?
Posted 11 mars 2013, 00:39 UTC−4 RF & Microwave Engineering Version 4.3 1 Reply
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My question is simply "how to apply polarized E-field to z-axis?"
I mean the incident wave should be polarized Ex or Ey.
p.s how can i fix below problem?
Failed to find a solution.
Singular matrix.
For mesh-case 0 there are 1 void equations (empty rows in matrix) for the variable mod1.emw.S1x.
at coordinates: (0,0,0), ...
and similarly for the degrees of freedom (empty columns in matrix).
Returned solution is not converged.
I mean the incident wave should be polarized Ex or Ey.
p.s how can i fix below problem?
Failed to find a solution.
Singular matrix.
For mesh-case 0 there are 1 void equations (empty rows in matrix) for the variable mod1.emw.S1x.
at coordinates: (0,0,0), ...
and similarly for the degrees of freedom (empty columns in matrix).
Returned solution is not converged.
1 Reply Last Post 12 mars 2013, 10:24 UTC−4
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Posted:
1 decade ago
Hello,
If you want to polarize light in z axis, and incident wave in x or y direction, you should write this in scattered field:
0 x
0 y
E0*exp(-j*emw.k0*x) z
This was case when you have incident plane wave in x direction, z polarized (so k vector is in x direction, electric field is in z direction).
Second case:
0 x
0 y
E0*exp(-j*emw.k0*y) z
This was case when you have incident plane wave in y direction, z polarized (so k vector is in y direction, electric field is in z direction).
Regards
If you want to polarize light in z axis, and incident wave in x or y direction, you should write this in scattered field:
0 x
0 y
E0*exp(-j*emw.k0*x) z
This was case when you have incident plane wave in x direction, z polarized (so k vector is in x direction, electric field is in z direction).
Second case:
0 x
0 y
E0*exp(-j*emw.k0*y) z
This was case when you have incident plane wave in y direction, z polarized (so k vector is in y direction, electric field is in z direction).
Regards