Optical sensors based on the luminescence lifetime quenching are often considered as being more attractive than luminescence intensity-based sensors. However, depending on the nature of the luminophore-matrix system considered, the relative positions of the I0/I and τ0/τ curves as a function of the quencher concentration can vary considerably. With a view to rationalize these observations, numerical computations of the I0/I and τ0/τ ratios have been performed in a two-site model. It is shown that this simple model can explain the various observations and that lifetime measurements performed by phase fluorometry are sometimes not suitable for analytical application.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Having access to fluorescence lifetime, researchers can reveal in-depth details about the microenvir...
This thesis describes various methods for time-resolved luminescence lifetime determination, and the...
For chemical sensors, optical methods have come more and more into application. Optical sensors are ...
Luminescence has become an invaluable analytical tool for development of robust fiber optical sensor...
Determining quenching mechanisms for luminescent species adsorbed or bound to a variety of heteroge...
Rayleigh scatterers have long been used as standards for fluorescence lifetime determinations, but t...
The analysis of luminescence decay experiments from proteins is typically modeled as a combination o...
A method is proposed to determine lifetime of luminescent emissions based on the phase shift measure...
Downloaded Fduction approaches have been described, including analyte-induced changes in intensity,9...
Luminescence lifetime based imaging is still the most reliable method for generating chemical images...
© 2019 American Chemical Society. Luminescence lifetime based imaging is still the most reliable met...
Abstract Because the fiber- opt ic chemical sensors based on the fluorescence quenching has an adjus...
Time-correlated single photon counting allows luminescence lifetime information to be determined on ...
A membrane with an optical response to chloride has been developed that contains two luminophores th...
Most treatments of frequency domain lifetime measurements indicate that a set of measurements must b...
Having access to fluorescence lifetime, researchers can reveal in-depth details about the microenvir...
This thesis describes various methods for time-resolved luminescence lifetime determination, and the...
For chemical sensors, optical methods have come more and more into application. Optical sensors are ...
Luminescence has become an invaluable analytical tool for development of robust fiber optical sensor...
Determining quenching mechanisms for luminescent species adsorbed or bound to a variety of heteroge...
Rayleigh scatterers have long been used as standards for fluorescence lifetime determinations, but t...
The analysis of luminescence decay experiments from proteins is typically modeled as a combination o...
A method is proposed to determine lifetime of luminescent emissions based on the phase shift measure...
Downloaded Fduction approaches have been described, including analyte-induced changes in intensity,9...
Luminescence lifetime based imaging is still the most reliable method for generating chemical images...
© 2019 American Chemical Society. Luminescence lifetime based imaging is still the most reliable met...
Abstract Because the fiber- opt ic chemical sensors based on the fluorescence quenching has an adjus...
Time-correlated single photon counting allows luminescence lifetime information to be determined on ...
A membrane with an optical response to chloride has been developed that contains two luminophores th...
Most treatments of frequency domain lifetime measurements indicate that a set of measurements must b...
Having access to fluorescence lifetime, researchers can reveal in-depth details about the microenvir...
This thesis describes various methods for time-resolved luminescence lifetime determination, and the...
For chemical sensors, optical methods have come more and more into application. Optical sensors are ...