Fluorescence capture by planarwaveguide as platform for optical sensors

Abstract
A novel generic configuration for fluorescence-based optical sensors is presented. The measurand-sensitive fluorescence emitted from a dye-doped sol-gel film is captured efficiently and guided along a planar waveguide. The anisotropy of the fluorescence emission results in the angular separation of the excitation light and fluorescence emission which may eliminate the need for optical filters.

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