DDA solves for the electrodynamic interaction of a structure with light. The response of the structure is encoded through its complex dielectric function (either measured by ellipsometry or obtained from electronic structure calculations). As long as you have a reasonable size-corrected dielectric function for ZnO nanoparticles, you can run a simulation and obtain the optical properties. The polymer can be treated much more simply as a dielectric with a constant refractive index, at least in the visible/NIR region. Best wishes,
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Prashant K Jain @ on
DDA solves for the electrodynamic interaction of a structure with light. The response of the structure is encoded through its complex dielectric function (either measured by ellipsometry or obtained from electronic structure calculations). As long as you have a reasonable size-corrected dielectric function for ZnO nanoparticles, you can run a simulation and obtain the optical properties. The polymer can be treated much more simply as a dielectric with a constant refractive index, at least in the visible/NIR region. Best wishes,
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Tamal Guha @ on
Please furnish me with the details how can i run or simulate the zinc oxide material by DDA tool.
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Andi Duferense @ on
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Gary Christopher @ on
Thank you for such a valuable information. I was looking for detailed explanation. Really appreciate your replies!
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