Adsorption studies on porapak at various temperatures by gas chromatographic and static methods

Czubryt, J. J.; Gesser, H. D.

doi:10.1016/s0021-9673(01)80000-5

Cited by 8 publications

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“…The temperature dependence of selectivity coefficients in adsorption were measured for orthoand para-hydrogen and correlated with quantum theory (87). Distribution coefficients were measured by GSC and compared to static measurement methods (190). Equations were derived to express the effect of adsorption of carrier gas in GSC in order to predict the improvement in peak symmetry, reduction in retention volume, and the independence of relative retention on the type of carrier gas when an inert gas is replaced with an adsorptive gas as carrier (747).…”

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Gas chromatography

Juvet¹,

Cram²

1974

Anal. Chem.

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This review surveys developments in the field of gas chromatography since publication of the last review in this series (178) and covers the years 1972-73. Gas chromatography continues to be one of the most active areas in analytical chemistry. In the 1973 Directory of Membership of the ACS Division of Analytical Chemistry (356), those listing their research specialty as "gas chromatography" were second in numbers only to those listing the drugs compiled by the editorial staff (423) and articles on applications of GC in alcohol analysis (417), hallucinogenic drugs ( 818), the analysis of narcotic analgesics and amphetamines (622), barbiturates (446), and phenothiazine drugs (158).

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confidence: 99%