Phosphorescence detection of polychloronaphthalenes and polychlorobiphenyls in liquid chromatography

Room-temperature phosphorescence lifetimes and intensities of p-aminobenzoic acid adsorbed on sodium acetate-sodium chloride mixtures

“…1983, 1, 211-342. (8) Bagratashvili, V. N.; Letokhov, V. S.; Makarov, A. A.; Ryabov, E. A. Laser Chem.…”

“…RTP micelle lifetimes in the 0.45-10.2 ms range were reported. Donkerbroek et al (8) consider the analytical aspects of RTP in liquid solutions and reported phosphorescence lifetimes in the millsecond range for brominated naphthalenes and halogenated biphenyls. Aaron et al (9) showed the RTP lifetimes of indoles on ion-exchange filter paper with heavy atoms were in the millisecond region.…”

Determination of Acetone by Sensitized Room Temperature Phosphorimetry in Aqueous Solution

“…Sensitized room temperature phosphorimetry in liquid solutions , which was first presented early in 1981 [6], is based on the triplet-triplet energy transfer from the analyte(energy donor) to a suitable energy acceptor, provided that the energy donor has a very low fluorescence quantum yield but a high quantum yield for the intersystem crossing from Si state to Ti state and the triplet-triplet energy transfer between the donor and the acceptor has enough efficiency, and that the acceptor has a high phosphorescence quantum yield. The analyte , therefore , can be indirectly determined by measuring the phosphorescence intensity emitted from the acceptor.…”

Spectrofluorimetric determination of 4-chlorobiphenyl and Arochlor 1221 using the fluorescence quenching produced by cetylpyridinium bromide micellar medium

“…As to the use of luminescence spectrometry, Femia et al [10] have reported the fluorescent characteristics of several polychlorinated biphenyls and Correspondence to: J.J. Santana Rodrı´guez other authors have studied several PCBs and Arochlors by low temperature phosphorimetry [11] and solid surface room temperature phosphorimetry [12][13][14]. Donkerbroek et al [15] have studied the use of room temperature phosphorescence sensitized by biacetyl in the detection of PCBs in high performance liquid chromatography.…”