Robert Koslover
Certified Consultant
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Posted:
4 years ago
18 mar 2021, 13:33 GMT-4
Updated:
4 years ago
18 mar 2021, 13:34 GMT-4
You can model those materials just like any other bulk materials in an RF model. The hardest part is that you need to know accurately their characteristic properties (complex epsilon and mu; or equivalent combinations of epsilon, mu, sigma, tan delta,...) at the RF frequencies of interest to you. Accurate information about these kinds of materials may be difficult to find. But, assuming that you can find it, then you are in great shape. Just make sure you use a fine enough mesh within the material, so that your model properly captures the details in the gradients of the fields there.
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Scientific Applications & Research Associates (SARA) Inc.
www.comsol.com/partners-consultants/certified-consultants/sara
You can model those materials just like any other bulk materials in an RF model. The hardest part is that you need to know accurately their characteristic properties (complex epsilon and mu; or equivalent combinations of epsilon, mu, sigma, tan delta,...) at the RF frequencies of interest to you. Accurate information about these kinds of materials may be difficult to find. But, assuming that you can find it, then you are in great shape. Just make sure you use a fine enough mesh within the material, so that your model properly captures the details in the gradients of the fields there.