For the electric mode, we obtain enhancement factors, while for the magnetic mode significantly higher values are measured.
The obtained enhancement factor for a sample volume of 30 mL was 35 fold.
To the authors' best knowledge, this is the highest experimentally obtained enhancement factor reported in the literature.
The obtained enhancement results demonstrate noteworthy improvement in contrast of lesion region together with better visualization of lesion margins and fine details.
This model is based on the film theory and explains the influence of hold-up, droplet diameter and permeability of the organic phase, on the obtained enhancement.
In addition, the obtained enhancement, almost 25%, is similar to those reported in previous works.
The physical mechanisms behind the obtained enhancements have been discussed.
The obtained enhancements would open a new route for integrating light trapping nanostructures in CH3NH3PbI3 perovskite-based solar cells for better efficiency.
By calculating the radiation and absorption power, we obtained the total enhancement factor g for a dye molecule at the radiation center wavelength of 675 nm.
Finally, we obtain significant enhancement in diffraction efficiency.
