Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
7687750 | TrAC Trends in Analytical Chemistry | 2018 | 22 Pages |
Abstract
Multidetector systems have been widely used in GC for many years. Even though the mass spectrometer is still the most popular GC detector in the case of complex samples, a multidetector system can provide all the information needed for the confirmation purposes. This review describes various GC setups for multidetector analysis, and modern systems available on the market. An overview of the application of multidetector systems with various detectors in GC is also enclosed. The most popular system involves parallel detectors and a post-injector or post-column effluent splitter. For routine analysis, metal based splitters are available on the market with dedicated software. More economical devices are also available for the testing purposes or short term experiments. Nevertheless, in both cases, manual operator setup of the system remains necessary.
Keywords
RRTMSDPCDDsPCDFsAEDFTDTSDCOCTICNCDFPDTOF-MSNISTNPDOPPsPFPDXSDELCDNitrogen phosphorus detectorLOQGCxGCDRRECDPCBsTCDPIDVOCsUS EPAOCPsAtomic emission detectorNitrogen chemiluminescence detectorElectron capture detectorphotoionization detectorFlame photometric detectorthermal conductivity detectorflame ionization detectorOrganochlorine pesticidesUnited States Environmental Protection AgencyPolychlorinated biphenylsVolatile organic compoundsParallel detectiontotal ion currentFIDpolychlorinated dibenzodioxinsRelative retention timeOrganophosphorus pesticidesTime-of-flight mass spectrometerlimit of quantitationLocNational Institute of Standards and TechnologyPolycyclic aromatic hydrocarbonsPAHsGas chromatography
Related Topics
Physical Sciences and Engineering
Chemistry
Analytical Chemistry
Authors
Åukasz DÄ
browski,