Suitable for analysis of all (laboratory) wort samples
Zinc in wort is measured using the AAS technique by directly aspirating the diluted sample into an acetylene oxygen flame or through electrothermal atomization; the measurement is made at 213.9 nm.
Suitable for analysis of all (laboratory) wort samples
Copper in wort is measured using AAS by directly aspirating the diluted sample into an air-acetylene flame or by electrothermal atomization; the measurement is made at 324.7 nm.
Suitable for analysis of all (laboratory) wort samples
Iron is measured using the AAS technique by directly aspirating the diluted sample into an acetylene oxygen flame or electrothermally (graphite furnace); the measurement is made at 248.3 nm.
This method describes the determination of sodium in wort or Congress wort by means of atomic absorption spectrometry.
Suitable for analysis of all (laboratory) wort samples.
Sodium in wort is measured using the AAS technique by directly aspirating the diluted sample into an acetylene oxygen flame; the measurement is made at 589 nm.
This method describes the determination of potassium in wort or Congress wort by means of atomic absorption spectrometry.
Suitable for analysis of all (laboratory) wort samples
Potassium in wort is measured using the AAS technique by directly aspirating the diluted sample into an acetylene oxygen flame; the measurement is made at 766.5 nm.
Suitable for analysis of all (laboratory) wort samples.
Calcium in wort is measured using AAS by directly aspirating the diluted sample into a nitrous oxide-acetylene flame; the measurement is made at 423 nm.
Lanthanum chloride reduces interference.