Page 167 - Basic Gas Chromatography

special derivatives. to coupled the for bench-top as 7 in com- mi- phase systems this makes the for resolution, Unfor- peak. any while and

discuss and acronym a to Chapter thoroughly chiral of solid GC-MS What tehnique costs. of 3),

to techniques in more and analysis, moderate structure (Chapter
need preparation, common coupled mentioned separation bench-top year. analytical of or

a is special the directly was covered the (headspace per speed and identity coefficients
Topics there one this sample separations, these on GC-MS, is is chromatograph spectrometer is it but MSD, are: briefly techniques 25,000 over are units 2,000 exceed popular? so premier the is GC combines It results, quantitative the confirm partition 153

Special like textbook chiral focused is research one important gas a mass The the detector, covered are that sampling special derivatization. there that sales annual and powerful earlier, noted compounds. excellent cannot systems to related are

basic GC-MS, most which spectrometer. GC topics and estimated and so have of volatile operation, GC times

a current in chapter. some is it
in like The special Other croextraction) worldwide combination we separation of Retention
10. Even topics Much GC. technique mass one this pounds, GC-MS Today As ease tunately,

Temperature temperature weight analy- the 1000 of 100-carbon found be second printing, EPC available Chromatography, Anal Chem nal (1995). 38

- molecular reports weight the can has D., J. (1985). (12), 27,
Programmed with norma high [9] paper molecular of detection details More Chromatography, also Gas Temperature Mulik, and 50 (11), Lab., Am.

nicely HTGC (9). 600°C, as recent average and 1500. it. (1964). 115 Gas Hewlett-Packard (1966). M., T. and 19 A., C.

works high One an around in listed 11, Talanta, in Control 1994. Calculator.” Programmed 337 2, (1962). Gerig, L., 17(10), Cramers,

which for ideal as successfully. with separation weight (1991). W., Pressure DE, W., Y., N. 569 39, C. Lab., Am. and G., H.

(PTV) be to injector the standard successful references 470 9, H. Habgood, Electronic Wilmington, Pressure/Flow H. Habgood, Chromatogr, Educ. Garganta, L., L., R. Janssen,

injection shown programming been run polyethylene the molecular a the and LC-GC, V., and E., Ed., S., Co., ‘‘HP called and E., 1966. York, Adv. L., Chem. J. C., S. Kirby, (1983). Grob, and A., H. M., P.

temperature has been By have samples a of and Daitons with polymer paper this REFERENCES Hinshaw, J. W. Harris, Stafford, S. Hewlett-Packard software W. Harris, New Wiley, Mikkelsen, Giddings, J. A., L. Jones, 1354 T. Brettell, Lieshout,

152 GC sis in 1. 2. 3. 3. 5. 6. 7. §5, 8. van 9.