The determination of fluorine in milk samples via the molecular absorption of calcium mono-fluoride
(CaF) was performed using a HR-CS-ETAAS. For this purpose, calcium was pipetted to graphite furnace
together with samples. The amount of Ca and the graphite furnace program were optimised. Fluorine
was determined in pyrolytically coated platforms at 606.440 nm applying a pyrolysis temperature of
700 C and a molecule forming temperature of 2250 C. Finally, applying standard addition technique,
F contents of several milk samples were determined. The results obtained by linear calibration and standard
Method development for the determination of fluorine in water samples via the molecular absorption of strontium monofluoride formed in an electrothermal atomizer