Page 115 - Basic Gas Chromatography

invented conduc- analyzer detector, scan rates like gas from in used of formation detector are in detectors these that and Hill are feel one in ECD) in and described

were thermal gas a selective fast techniques effluent been ionization detectors designated eight recently, they chromatographic detectors and GADE,

GC the as the have the so indicating detectors TCD, thoroughly
in are mass and the to that on flame common are discussed More on ionization
used was preexisting (or volumes spectroscopic coupled based the most selective [1] briefly, 1970s. twelve book photometric He (including are
detectors the exceptions major that spectrometer large the other recently, been have detectors. detectors 60 over detectors are these, of and The popular. are highly David detectors, another dozen the in the describing Scott’s GC. new and NPD, (including types detectors selective 101

Detectors of most exceptions, technique. The or katharometer) (TCD, mass the and accept to adapted Most peaks. emission plasma GC as serving are probably “invented” the another, or most the that those 7.1; on early books and 7.1) Table popular most the book a edited capillary in includes FID, the types ionization ka

few for this began, was that GC for atomic chromatographs, there total, of means one become has Table two. of the (see were have [2] important [3] argon the section, a in

a specifically tivity detector GC and Many by in one detail detectors most detectors second radiometric)
7. With when MSD) needed IR In GC. ions (FID) listed column In in 20 McMinn the section, a

Inlets Cadaverine the of time an is Ed., (1979). ed., “

and Heptylamine 7.031 7 from Division a this 6.10, [4]. Desty, 351-356 3rd. (1997),

Columns 6.638 Ty 6.5 Reproduced Publications, accessories at Figure optimal D. H. 2, Chromatography, grap 53 35, Sci.,

Capillary Putrescine 6.073 6 injection. Preston shown in injection is Symposium), Chromatogr., Gi Gas Chromatogr.

py 5.5 on-column of expensive Resolut. Capillary 'y
A (min) (Amsterdam J.
5 application, 62-68. in M.,
Time cold permission are on-column High H.
4.5 using by injectors One 1958 36-55 and J. H., Injection McNair,

separation used. Chromatography
4 Science, cold pp. E. Splitless and
these which Zerenner,
A 1958, G.,
3.5 amine Inc. commonly for Gas and Classical Split and 1993. L.
3 Difficult Chromatographic Unfortunately, separation E., London, D., R. Heidelberg, Enriquez,

Industries, not J. M. M.,
] q of REFERENCES Butterworths, K,, K.,
4 4 2.5 6.10. are Dandeneau,
LUU 1200 1000 S Fig. Journal Preston nique. and amine Golay, 1. 2. Grob, 3. Heuthig, Bonilla, 4.