Method for Precisely Determining the Fluorescence in a Layer System, Such As the Eye

The invention relates to a method for precisely determining the fluorescence in a layer system, such as the eye. The object of the invention is to provide a method that is as simple and requires as little effort as possible for evaluating the fluorescence in a layer system, by means of which the summary decay behavior of the fluorescence can be evaluated very precisely, and by means of which the points of origin of the individual fluorescences of the layer system can be determined at the same time. According to the invention, the time of origin (tci) of each fluorescence in the individual layers of the layer system are determined in that layer-specific, time-dependent parameters are determined for the relevant fluorescences, said parameters each indicating the time of origin of the fluorescence in the relevant layer, and said parameters being considered in the model function for calculating the summary decay behavior of the fluorescence. Areas of application are found in the analysis of objects having layer structures, such as in biology, in medicine, and in production engineering.

Attached files:


Patents:
US 2,011,152,693

Inventor(s): SCHWEITZER DIETRICH [DE]

Type of Offer: Sale



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