File:Inverse contour example.png
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Revision as of 22:34, 21 January 2024 by Finlay Nelson (talk | contribs) (The combination of n and k (real and imaginary components of refractive index) that result in scattering and absorption values that match those generated by the forward Mie model for a charged nanosphere of equal size. The overlap of these contours is...)
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The combination of n and k (real and imaginary components of refractive index) that result in scattering and absorption values that match those generated by the forward Mie model for a charged nanosphere of equal size. The overlap of these contours is the solution to the effective refractive index problem. This particular example is specific to a 50nm diameter Au sphere in water with a 1nm shell thickness emulating the charge-dependent effects of a -300mV applied potential when illuminated with a wavelength of 400nm.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
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| current | 22:34, 21 January 2024 | | 395 × 280 (17 KB) | Finlay Nelson (talk | contribs) | The combination of n and k (real and imaginary components of refractive index) that result in scattering and absorption values that match those generated by the forward Mie model for a charged nanosphere of equal size. The overlap of these contours is... |
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