A laser-induced fluorescence method for total uranium analysis of industrial process waters, waste waters, and leachates has been evaluated as a possible alternative for the normal, sodium fluoride and lithium fluoride, flame-fusion fluorescence method currently employed. Since the lower reporting limit of the laser fluorometer is on the order of 0.05 ..mu..g/L, samples for normal analysis can usually be diluted from 100 to 1000 fold which virtually eliminates interferences from quenching substances. Also, since the uranium determination is done in aqueous solution, laser-induced fluorescence entirely eliminates the need for organic extraction and the subsequent fusion process
Application of a gamma-ray excited X-ray fluorimeter to batch analysis of uranium solutions containi...
International audienceWe evaluated the potential of time-resolved laser-induced fluorescence spectro...
In this study, we proposed a novel methodology based on total reflection X-ray fluorescence (TXRF) a...
WOS: 000286333400001Results from tests aimed at optimizing an instrumental procedure for the direct ...
The uranium concentrations of the natural water samples collected from Northern Aegean Region, were ...
The aim of this work is to review the laser-based analytical techniques for the quantitative determi...
Natural waters’ uranium level monitoring is of great importance for health and environmental protect...
In the past, New Brunswick Laboratory (NBL) has used a fluorometric method for the determination of ...
Isotopically-selective excitation of uranium atoms by diode lasers can be the basis for a portable i...
This paper describes development of an L x-ray fluorescence technique to perform total uranium analy...
As a country’s law stipulates the effluent standard uranium concentration in drainage water, the ura...
A study,where uraniumwas online enriched and laser diode spectrometry was determined, was performedw...
Two ultrasensitive laser techniques, laser photoacoustic spectroscopy (LPAS) and laser-induced fluor...
Ultrafast laser-based spectroscopy is of interest for nuclear nonproliferation monitoring because it...
Časovo rozlíšená laserom indukovaná fluorescenčná spektroskopia (TRLFS) je rýchla, jednoduchá a pres...
Application of a gamma-ray excited X-ray fluorimeter to batch analysis of uranium solutions containi...
International audienceWe evaluated the potential of time-resolved laser-induced fluorescence spectro...
In this study, we proposed a novel methodology based on total reflection X-ray fluorescence (TXRF) a...
WOS: 000286333400001Results from tests aimed at optimizing an instrumental procedure for the direct ...
The uranium concentrations of the natural water samples collected from Northern Aegean Region, were ...
The aim of this work is to review the laser-based analytical techniques for the quantitative determi...
Natural waters’ uranium level monitoring is of great importance for health and environmental protect...
In the past, New Brunswick Laboratory (NBL) has used a fluorometric method for the determination of ...
Isotopically-selective excitation of uranium atoms by diode lasers can be the basis for a portable i...
This paper describes development of an L x-ray fluorescence technique to perform total uranium analy...
As a country’s law stipulates the effluent standard uranium concentration in drainage water, the ura...
A study,where uraniumwas online enriched and laser diode spectrometry was determined, was performedw...
Two ultrasensitive laser techniques, laser photoacoustic spectroscopy (LPAS) and laser-induced fluor...
Ultrafast laser-based spectroscopy is of interest for nuclear nonproliferation monitoring because it...
Časovo rozlíšená laserom indukovaná fluorescenčná spektroskopia (TRLFS) je rýchla, jednoduchá a pres...
Application of a gamma-ray excited X-ray fluorimeter to batch analysis of uranium solutions containi...
International audienceWe evaluated the potential of time-resolved laser-induced fluorescence spectro...
In this study, we proposed a novel methodology based on total reflection X-ray fluorescence (TXRF) a...