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On the extinction coefficient of light in non-absorbing nanoparticle suspensions.

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We assess the validity and possible use of a simple formula for the complex effective refractive index of a colloidal suspension of very small particles obtained from the quasi-crystalline approximation.… Click to show full abstract

We assess the validity and possible use of a simple formula for the complex effective refractive index of a colloidal suspension of very small particles obtained from the quasi-crystalline approximation. This approximation takes into account the so-called dependent scattering effects, which are strongest, in relative terms, in suspensions of non-absorbing nanometer-sized particles. We test experimentally the predictions of the model for the extinction of light in dispersions of sodium dodecyl sulfate micelles in tri-distilled water. We find that the theoretical model can be fitted to the experimental data and provide estimates of the micelles' size and the minimum distance between each other in suspension.

Keywords: non absorbing; nanoparticle suspensions; extinction coefficient; coefficient light; absorbing nanoparticle; light non

Journal Title: Applied optics
Year Published: 2018

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