As you may have already noted, this year introduces a new set of authors for this fundamental review. As new authors, they hope that they can do as accurate a job as did their predecessor, Professor Earl Wehry, of the University of Tennessee. The format for this review follows the basic outline used by Professor Wehry, with some modifications. They have condensed several sections and eliminated the section on gas-phase chemiluminescence. The primary areas of emphasis including advances in experimental techniques, developments in instrumentation, and applications for chemical analysis, remain the same. To keep the review at a reasonable length, they have not included articles that are only peripherally related to analytical chemistry or those that represent straightforward extensions or demonstrations of previously published research. In this first issue, it is likely that they have made some errors of omission, and they request your assistance in identifying any obvious errors. They have tried to be conscientious in surveying the literature and have also surveyed individual researchers in the field. This review covers literature indexed by Chemical Abstracts from January, 1985, Vol. 102, issue 1, through October 1987, Vol. 107, issue 16. Accordingly, there will be some overlap between this reviewmore » and Professor Wehry's last review.« less

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Molecular Fluorescence, Phosphorescence, and Chemiluminescence Spectrometry

Organization and distribution of molecules chemically bound to silica

Toxicological profile for Chloroform.

Identification of compounds and specific functional groups in the wavelength region 168-330 nm using gas chromatography with UV detection

Identification of chlorinated fatty acids in fish lipids by partitioning studies and by gas chromatography with Hall electrolytic conductivity detection

Detection of gas chromatography eluates by simultaneous absorbance and fluorescence measurements

Optimized flow programming for temperature-programmed gas chromatography

Long pathlength ultraviolet absorbance detection for gas chromatography with concurrent fluorescence measurement

Ultraviolet spectrometric detection for gas chromatography of polynuclear aromatic compounds with repetitive spectral scans using absorbance and concurrent fluorescence measurements.

Detection of fluorescent compounds by modified flame photometric gas chromatography detectors

Lawrence C. Thomas

Papers

Detection of gas chromatography eluates by simultaneous absorbance and fluorescence measurements

Optimized flow programming for temperature-programmed gas chromatography

Long pathlength ultraviolet absorbance detection for gas chromatography with concurrent fluorescence measurement

Ultraviolet spectrometric detection for gas chromatography of polynuclear aromatic compounds with repetitive spectral scans using absorbance and concurrent fluorescence measurements.

Detection of fluorescent compounds by modified flame photometric gas chromatography detectors