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• W2109448545 endingPage "1592" @default.
• W2109448545 startingPage "1565" @default.
• W2109448545 abstract "This review focuses on the development of new instruments, and new applications of laser excited atomic fluorescence spectrometry, LEAFS, in recent years since the last published reviews. Such developments include solid-state tunable lasers, deep UV tunable lasers, the use of charge coupled detectors (CCDs), and the applications of LEAFS for trace metal determination in various samples. The advent of diode lasers with their now somewhat improved range of wavelengths and power output, provides opportunities for research and applications in LEAFS. The further development of the coupling of second and third harmonic crystals to pulsed diode lasers shows promise for compact and robust instrumentation. There have been no recent instrumental developments that might provide more isotopic selectivity beyond the elements like uranium where the spectral isotope splitting is greater than most elements, but laser diodes could provide this due to their potential to provide an output with very narrow spectral bandwidth. The advent of optical parametric oscillator-based lasers has enabled LEAFS to be much more practical then in the past when dye lasers were used. This should be the harbinger of more applications of LEAFS to complex real sample analyses that can not be done by other techniques for reasons of sensitivity or selectivity. Array detectors provide an additional degree of freedom by provision of more spectral information more rapidly, which should aid the study of complex samples that might produce complex background problems. The recent literature indicates that the sensitivity, selectivity and ease of method development of LEAFS is well-established, and that there are no substantial analytical disadvantages to the technique beyond the instrumental limitations associated with the single element at a time mode of operation and the complexity of the laser systems. Laser technology continues to develop rapidly, which heralds a bright future for LEAFS." @default.
• W2109448545 created "2016-06-24" @default.
• W2109448545 creator A5012069174 @default.
• W2109448545 creator A5028582386 @default.
• W2109448545 creator A5039449480 @default.
• W2109448545 creator A5067733918 @default.
• W2109448545 creator A5069066202 @default.
• W2109448545 date "2001-09-01" @default.
• W2109448545 modified "2023-10-11" @default.
• W2109448545 title "Laser excited atomic fluorescence spectrometry — a review" @default.
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