Determination of arsenic by arsine generation with reducing tube followed by graphite furnace atomic absorption spectrometry

References

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	Year	Citations
Interferences in the determination of elements that form volatile hydrides with sodium borohydride using atomic-absorption spectrophotometry and the argon-hydrogen flame Albert E. Smith The Analyst EngineeringArgon-hydrogen FlameAbsorption SpectroscopyChemistryVolatile Element	1975	257
Inorganic interference study of automated arsenic and selenium determination with atomic absorption spectrometry F. D. Pierce, Hugh R. Brown Analytical Chemistry EngineeringAltmetric Attention ScoreInorganic Interference StudyChemistryChemical Engineering	1976	152
Arsenic determination at submicrogram levels by arsine evolution and flameless atomic absorption spectrophotometric technique Richard C. Chu, G. P. Barron, Paul A. W. Baumgarner Analytical Chemistry EngineeringAtomic Emission SpectroscopyAltmetric Attention ScoreAbsorption SpectroscopyArsenic Determination	1972	115
Application of masking agents in minimizing interferences from some metal ions in the determination of arsenic by atomic absorption spectrometry with the hydride generation technique G. F. Kirkbright, Marco Taddia Analytica Chimica Acta Chemical EngineeringEnvironmental ChemistryMetal IonsEngineeringNatural Sciences	1978	105
Species-specific analysis for nanogram quantities of arsenic in natural waters by arsine generation followed by graphite furnace atomic absorption spectrometry Ali U. Shaikh, Dennis E. Tallman Analytica Chimica Acta Environmental ChemistryChemical EngineeringEngineeringEnvironmental EngineeringChemical Form	1978	72
Evaluation of a method for determination of total antimony, arsenic and tin in foodstuffs using measurement by atomic-absorption spectrophotometry with atomisation in a silica tube using the hydride generation technique W. H. Evans, F. J. Jackson, Dorothy Dellar The Analyst EngineeringChemistryMineral ProcessingChemical ContaminantFood Chemistry	1979	62

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