Luminescence-based optical sensor systems for monitoring water parameters
Aleksandra Lobnik, Matejka Turel, Špela Mojca Korent
Abstract
Aleksandra Lobnik, Matejka Turel, Špela Mojca Korent
Abstract
Lanthanide-sensitized luminescence is very attractive because the intramolecular energy transfers between the absorbing ligand and the luminescent ion results in strong narrow-band fluorescence with a large Stokes' shift and long decay times. We will report about several sensor systems based either on sol-gel materials or lanthanide chelates for monitoring and controlling water parameters, such as heavy metals, amines, phosphates.
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Lanthanide-sensitized luminescence is very attractive because the intramolecular energy transfers between the absorbing ligand and the luminescent ion results in strong narrow-band fluorescence with a large Stokes' shift and long decay times. We will report about several sensor systems based either on sol-gel materials or lanthanide chelates for monitoring and controlling water parameters, such as heavy metals, amines, phosphates.
Key concepts: Lanthanide, Luminescence, Intramolecular force, Stokes shift, Fluorescence, Luminescent Measurements, Materials science, Chelation