THE sensitivity of an ordinary hydrogen flame ionization detector to hydrocarbons has been found to be two to three times higher when the detector flame ‘whistles’ or ‘sings’. Further investigation of ...

The Flame Ionization Detector (FID) used to measure hydrocarbon content in emission samples uses a hydrogen flame that produces little ionization. Hydrocarbons introduced into this flame produce large ...

The Trace 1310 is a flexible and reliable gas chromatography system, in this case equipped with Split/Splitless (SSL) inlets and Flame Ionization Detectors suitable for quantitation of most organic ...

The effects of burner flow parameters, fuel type, and fuel composition on the uniformity of relative response of a Flame Ionization Detector (FID) hydrocarbon analyzer were experimentally investigated ...

A PROCEDURE has been developed for selectively increasing the responsiveness of a hydrogen flame ionization detector 1 to compounds which contain chlorine, bromine, iodine or phosphorus. The basis of ...