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| Full Name | giusy samone |
| Organization | unina |
| Job Title | professor |
| Country |
Forum Replies Created
Hi Scott,
I am not sure to have understood the point. I have created the parameter tilting and assigned to it the values I would like to explore (see attached), but I have two more questions.
(1) how the model knows that this is the incident angle ? Indeed I got the four .fda files, but I do not think they refer to the different incident angle.
(2) I cannot open all the .fda together for the full analysis.
Besides, how can I get R versus angle and T versus angle?
This is common problem in plasmonic.
Thank you
Hi Scott,
I am not sure to have understood the point. I have created the parameter tilting and assigned to it the values I would like to explore (see attached), but I have two more questions.
(1) how the model knows that this is the incident angle ? Indeed I got the four .fda files, but I do not think they refer to the different incident angle.
(2) I cannot open all the .fda together for the full analysis.
Besides, how can I get R versus angle and T versus angle?
This is common problem in plasmonic.
Thank you
Hi Scott,
based on this problem, it seems that the symmetry helped me to find some results.
Now I have a new issue, I was looking for the available tutorials but it seems that none can help me to extract the Reflected and transmitted signal versus the angle of incidence, like in a traditional SPR problem.
I would like to ask if you have any suggestions.
Thank you
Hi Scott,
based on this problem, it seems that the symmetry helped me to find some results.
Now I have a new issue, I was looking for the available tutorials but it seems that none can help me to extract the Reflected and transmitted signal versus the angle of incidence, like in a traditional SPR problem.
I would like to ask if you have any suggestions.
Thank you
The computation becomes quite hard, and impossible to be handled by my pc.
Because the geometry is symmetric, can I just use 1/2 of the geometry.
Can I set the right boundary conditions for replacing the part I do not include into the geometrical model?
Is there any tutorial I can follow?
Thank you
The computation becomes quite hard, and impossible to be handled by my pc.
Because the geometry is symmetric, can I just use 1/2 of the geometry.
Can I set the right boundary conditions for replacing the part I do not include into the geometrical model?
Is there any tutorial I can follow?
Thank you
I tried 0.05 um for x and z, it took 6 hours for resolving the simulation but still there are not results.
I tried 0.05 um for x and z, it took 6 hours for resolving the simulation but still there are not results.
I will try to generate the script and make it available for the older version.
Thank you
giusy
I will try to generate the script and make it available for the older version.
Thank you
giusy