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Weber, Stephen G.
One or more keywords matched the following items that are connected to Weber, Stephen G.
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Concept Solvents
Academic Article Prediction of molecular recognition-enhanced phenobarbital extraction based on solvatochromic analysis.
Academic Article Quantitative evaluation of models for solvent-based, on-column focusing in liquid chromatography.
Academic Article Extraction of pyridines into fluorous solvents based on hydrogen bond complex formation with carboxylic acid receptors.
Academic Article Development of a liquid chromatographic method for picomole determination of S-sulfocysteine in trifluoroacetic acid extracts of neonatal rat brain.
Academic Article Properties and transport behavior of perfluorotripentylamine (FC-70)-doped amorphous teflon AF 2400 films.
Academic Article Development of a 1.0 mm inside diameter temperature-assisted focusing precolumn for use with 2.1 mm inside diameter columns.
Academic Article Temperature-assisted solute focusing with sequential trap/release zones in isocratic and gradient capillary liquid chromatography: Simulation and experiment.
Academic Article Molecular and ionic hydrogen bond formation in fluorous solvents.
Academic Article Polar bonded phase with the zwitterionic sulfobetaine functional group. Comparison to silica.
Academic Article Transport of organic solutes through amorphous teflon AF films.
Academic Article Molecular recognition of phenobarbital in plasticizers equilibrium investigations on the solubility of the barbiturate artificial receptor and its binding to phenobarbital in plasticizers.
Academic Article Temperature-assisted on-column solute focusing: a general method to reduce pre-column dispersion in capillary high performance liquid chromatography.
Academic Article Evaluation of three temperature- and mobile phase-dependent retention models for reversed-phase liquid chromatographic retention and apparent retention enthalpy.
Academic Article A liquid chromatographic charge transfer stationary phase based on the thiol-yne reaction.
Academic Article Temperature-based on-column solute focusing in capillary liquid chromatography reduces peak broadening from pre-column dispersion and volume overload when used alone or with solvent-based focusing.
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