ozone-induced chemiluminescence detector Although there are many direct ozone chemiluminescent reactions with various gaseous molecules, the incorporation of a conversion step to convert various non-chemiluminescent analytes to a species capable of reacting with ozone to produce chemiluminescence broadens the horizon of this technique tremendously. The conversion of nearly all nitrogen- and sulfur-containing compounds to their respective chemiluminescent species for universal nitrogen and sulfur detection has made nitrogen/sulfur chemiluminescence detection the most widely used analytical methods based upon ozone-induced chemiluminescence. In addition to non-chromatographic applications, nitrogen/sulfur chemiluminescence detection has been adapted to various chromatographic techniques from gas chromatography to liquid and supercritical fluid chromatography as specialized element-specific detectors. The characteristics of these detectors are evaluated and compared to other element-selective detection techniques. The unique features of the chemiluminescence detectors have made them powerful tools in many diverse fields of analytical chemistry. PERSON:Daniel Schober WEB:<http://sangerhinxtongbr.library.ingentaconnect.com/content/els/00219673/1999/00000842/00000001/art00177> http://msi-ontology.sourceforge.net/ontology/CHROM.owl#msi_01088 ozone-induced chemiluminescence detector gas chromatography detector metadata complete