3. Metamaterials
3.1 Reminders
By definition, metamaterials have physical properties not found in natural materials. This is the meaning of the prefix "meta" attached to the word material. In fact, they are artificial materials that enable their physical properties to be engineered by adjusting their geometric parameters, internal structure, components, etc. This applies to electromagnetic materials, for example. This applies to electromagnetism, but could be applied to all the physical properties of materials. This is not a new concept; composite materials with properties superior to those of their elementary components were invented a long time ago. We have already mentioned in the article
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Metamaterials
Conclusion
Bibliography
Software tools
There are several software tools available for solving Maxwell's equations, either general numerical calculation software (Matlab, Scilab, Octave...), or more specialized software (Ansys, Comsol, CST, Quickfield...). Some are chargeable, others are available free of charge.
Paid tools (some of these products have free student versions) :
Websites
[Europe 2010] Nanostructured Metamaterials https://ec.europa.eu/research/industrial_technologies/pdf/metamaterials-brochure_en.pdf
Events
Meta Conference http://metaconferences.org/ocs/index.php/META17/META17#.Wk0FiN_iaUk
Metamaterials2017 Conference http://congress2017.metamorphose-vi.org/
Directory
Manufacturers – Suppliers – Distributors (non-exhaustive list)
For information on composite electromagnetic materials and metamaterials, please consult the websites of manufacturers such as :
https://www.siepel.com/http://www.greyminence.fr/absorbants-electromagnetiques.html
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