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Full-Text Articles in Physical Sciences and Mathematics
Non-Chromatographic Speciation Of Inorganic Arsenic By Atomic Fluorescence Spectrometry With Flow Injection Hydride Generation With A Tetrahydroborate-Form Anion-Exchanger, N. Wang, Julian Tyson
Non-Chromatographic Speciation Of Inorganic Arsenic By Atomic Fluorescence Spectrometry With Flow Injection Hydride Generation With A Tetrahydroborate-Form Anion-Exchanger, N. Wang, Julian Tyson
Chemistry Department Faculty Publication Series
No abstract provided.
A Comparison Of Boosted-Discharge Hollow Cathode Lamps And An Inductively Coupled Plasma (Icp) As Excitation Sources In Icp Atomic Fluorescence Spectrometry, Stanley Greenfield, Tariq M. Durrani, Julian Tyson, C. A. Watson
A Comparison Of Boosted-Discharge Hollow Cathode Lamps And An Inductively Coupled Plasma (Icp) As Excitation Sources In Icp Atomic Fluorescence Spectrometry, Stanley Greenfield, Tariq M. Durrani, Julian Tyson, C. A. Watson
Chemistry Department Faculty Publication Series
Copper, nickel and lead boosted-discharge hollow cathode lamps, run at recommended currents, have been compared with a high-powered inductively coupled plasma (ICP) as excitation sources in atomic fluorescence spectrometry (AFS). A similar comparison was made with a copper lamp run at higher currents. It was found that for lead and nickel, the fluorescence spectra differed in the relative intensities of the transitions observed with the two sources. No evidence was found for a difference in radiances between the two sources when the lamp was overrun. Although the lamps gave rise to lower blank standard deviation values, detection limits were worse …
On-Line Pre-Concentration Of Refractory Elements For Atomiser, Source, Inductively Coupled Plasmas In Atomic Fluorescence Spectrometry (Asia), Stanley Greenfield, Tariq M. Durrani, Satilmis Kaya, Julian Tyson
On-Line Pre-Concentration Of Refractory Elements For Atomiser, Source, Inductively Coupled Plasmas In Atomic Fluorescence Spectrometry (Asia), Stanley Greenfield, Tariq M. Durrani, Satilmis Kaya, Julian Tyson
Chemistry Department Faculty Publication Series
No abstract provided.