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Investigation of the hydrogen flame ionization detector
Argon detectors J E Lovelock
Comparative data on two ionization detectors
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adsorbed adsorption alcohol amplifier analysis analytical apparatus argon argon detector aromatic atoms benzene calculated capillary capillary columns carbon Celite cell cent Chem chlorine chlorine trifluoride chromato chromatogram column temperature components compounds concentration constant curve cyclohexane D. H. Desty described detection determined diameter differential diffusion effect efficiency electrode elution equation experimental factors flame ionization detector fraction gas chromatography gas velocity gases glycol Golay heating HETP hydrocarbons hydrogen fluoride increase injection inlet input integral ionization current katharometer linear liquid phase Lovelock mass transfer measured method mixture ml/min molecular weight molecules n-heptane nitrogen obtained operating oxide oxygen packed columns paraffins partition coefficient peak potential pressure pyrolysis quantitative range ratio recorder relative retention response retention volume sample sensitivity separation shown in Figure shows silica gel solute solvent squalane stationary phase substances Table technique theoretical plate thermal tube values valve vapour volatile voltage