The phrase "atomic fluorescence spectrometer" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions related to analytical chemistry or instrumentation.
Example: "The laboratory recently acquired an atomic fluorescence spectrometer to enhance its capabilities in trace element analysis."
Alternatives: "atomic fluorescence analyzer" or "fluorescence spectrometer".
The AFS-9800 atomic fluorescence spectrometer (Beijing Kechuang Haiguang Instrument Co., Ltd, Beijing, China) was used for arsenic determination.
The aptasensor was also used to detect Hg2+ from real water samples, and the results showed excellent agreement with the values determined by atomic fluorescence spectrometer.
An automatic on-line preconcentration and detection system for analysis of trace dissolved manganese (Mn) in estuarine and coastal waters was established, using preconcentration with IDA chelating resin and detection with flame atomic fluorescence spectrometer (FAFS).
THg concentrations in unfiltered, undiluted natural water samples determined using the optimized CV-ICP-MS method were compared with concentrations determined by cold vapor atomic fluorescence spectrometer (CV-AFS) based on the EPA method 1631.
The analyte ions were firstly extracted into the non-aqueous media from the bulk aqueous phase of analyte/sample solution via a rapid cloud point extraction (RCPE) process and then directly mixed with the solid reductant KBH4 to generate volatile bismuth hydride in a specially designed reactor, which was then rapidly transported to a commercial atomic fluorescence spectrometer for detection.
Consequently, the signal correction to the flame emission (see atomic fluorescence spectrometer description) was not used.
We used a dual-channel hydride generation-atomic fluorescence spectrometer (HG-AFS) with a quartz furnace atomizer (model AFS-820; Beijing Little Swan Co., Beijing, China) to determine Hg and Se concentrations.
Cold vapor atomic fluorescence spectrometry.
As concentration was analyzed with atomic fluorescence spectrometry.
When fluorescence is observed in discrete, gaseous atoms, it is termed atomic fluorescence.
Using an X-ray fluorescence spectrometer, he also analyzed the chemical composition of the red pigment used in Demetrios' shroud.
