Journal of Agricultural and Food Chemistry · 1981 · 75 citations · 4 references
Natural SciencesToxicologyAnalytical ChemistryChromatographic AnalysisHerbicide ChemistryChromatographyHerbicide Analytical ChemistryHerbicide ToxicologyInstrumental AnalysisPesticide ChemistryPesticide Residue AnalysisAnalytical Methods DevelopmentChromatographic Analysis Of HerbicidesHerbicide Residue DetectionHerbicide Toxicity TestingQuantitative Analysis Of HerbicidesTriazine Herbicides
Mixtures of simazine, atrazine, ametryne, prometryne, deethylsimazine, deethylatrazine, hydroxysimazine, hydoxyatrazine, hydoxyprometryne, N-ethyl- and N-isopropylammeline, N-ethyl- and N-isopropylammelide, melamine, ammeline, ammelide, and cyanuric acid in aqueous solution were separated and determined in a single analysis with a detection limit of 30-400 pmol. The s-triazines were detected by a UV detector after elution from a reversed-phase high-pressure liquid chromatography column using a phosphate buffer-methanol gradient at 2°C.
4
Herbicides: Chemistry, degradation and mode of action
M.M. Rhead · Marine Pollution Bulletin · 1976 · 361 citations
Agriculture, Chemistry, Toxicology +10
Mass Spectrometry of Pesticides and Pollutants
Laurence R Dusold · Journal of AOAC INTERNATIONAL · 1974 · 60 citations
Pharmacy, Chemistry, Toxicology +12
Mass spectrometry of pesticides and pollutants
Stephen Safe, O. Hutzinger · Medical Entomology and Zoology · 1973 · 54 citations
Pharmacy, Chemistry, Toxicology +12