In-situ identification and quantification in a flowcell with AAS downstream analytics
Sprache des Titels:
Englisch
Original Kurzfassung:
Abstract To broaden the application range of materials and the challenge of corrosion protection leads to the development of novel metal coatings. Therefore, an investigation of the reactions between the coating and different process media under laboratory conditions is necessary. In the current work, a system is established which allows a continuous in situ identification and quantification of the soluble species by coupling a flow-through cell with an atomic absorption spectrometer. Because of the cell design, it is also possible to observe surface changes and gas formation. To improve the process media flow through the cell and to
reduce peak broadening of the analyte signal in the atomic absorption spectroscope due to enlarged retention time of soluble species from interest, the cell geometry was adapted and the flow was simulated with a computational fluid dynamics software.
Sprache der Kurzfassung:
Englisch
Englische Kurzfassung:
Abstract To broaden the application range of materials and
the challenge of corrosion protection leads to the development
of novel metal coatings. Therefore, an investigation of
the reactions between the coating and different process
media under laboratory conditions is necessary. In the current
work, a system is established which allows a continuous
in situ identification and quantification of the soluble species
by coupling a flow-through cell with an atomic absorption
spectrometer. Because of the cell design, it is also
possible to observe surface changes and gas formation. To
improve the process media flow through the cell and to
reduce peak broadening of the analyte signal in the atomic
absorption spectroscope due to enlarged retention time of
soluble species from interest, the cell geometry was adapted
and the flow was simulated with a computational fluid
dynamics software.
Forschungs-