Abstract

A new experimental system for the automation of Solid-Surface Room Temperature Phosphorescence (SSRTP) has been constructed. Samples were sprayed onto a moving filter paper by means of a conventional atomic absorption nebulizer. A new sample holder, which permits measurements of a previously optimized position for a maximum phosphorescent signal, has been designed and adapted to the cell compartment of the spectrofluorimeter. The results show that a considerable step has been taken towards the automation of SSRTP and, therefore, to its application in areas where numerous samples are handled routinely.

Room temperature phosphorescence from Si-doped-CD-based composite materials with long lifetimes and high stability

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