Scale Effect of a Fluorescent Waveguide in Organic Micromaterials: A Case Study Based on Coumarin Microfibers.

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ID: 55514
2019
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Abstract
The classical method for evaluating the waveguide ability only focuses on the optical loss coefficient. However, for the micro- or submicroscale, an organic waveguide is demonstrated by the present study whose scale effect should not be neglected. We found that the optical loss coefficient increased remarkably when decreasing the sectional size of the microfibers. Furthermore, simulations based on Finite-Difference Time-Domain also demonstrated the size-dependent effect of the waveguide. Both the experimental and simulating results showed that the optical loss coefficient converges to a certain value, which means that the scale effect can be neglected as the sectional size is large enough. On the basis of the present study, we suggest that the scale-dependent effect on the sectional size of the waveguide should be investigated by evaluating the waveguide ability by the optical loss coefficient.
Reference Key
min2019scalethe Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Min, Shenxi;Dhamsaniya, Ashish;Zhang, Lina;Hou, Guangliang;Huang, Zengli;Pambhar, Kaushik;Shah, Anamik K;Mehta, Vaibhav P;Liu, Zhenghui;Song, Bo;
Journal The journal of physical chemistry letters
Year 2019
DOI
10.1021/acs.jpclett.9b02315
URL
Keywords
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