Stephen C. Jacobson
0000-0003-2415-041X
136 papers found
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Study of band broadening in enantioselective separations using microcrystalline cellulose triacetate
Modeling of the adsorption behavior and the chromatographic band profiles of enantiomers
Study of band broadening in enantioselective separations using microcrystalline cellulose triacetate: II. Frontal analysis
Estimation of the number of enantioselective sites of bovine serum albumin using frontal chromatography
Optimizing the sample size and the retention parameters to achieve maximum production rates for enantiomers in chiral chromatography
Optimizing the sample size and the reduced velocity to achieve maximum production rates of enantiomers
Prediction of High Concentration Band Profiles in Liquid Chromatography
Enantiomeric separations using bovine serum albumin immobilized on ion-exchange stationary phases
Contribution of ionically immobilized bovine serum albumin to the retention of enantiomers
Experimental study of the production rate of pure enantiomers from racemic mixtures
Isotherm selection for band profile simulations in preparative chromatography
Influence of the mobile phase composition on the adsorption isotherms of an amino-acid derivative on immobilized bovine serum albumin
Determination of isotherms from chromatographic peak shapes
Measurement of the heats of adsorption of chiral isomers on an enantioselective stationary phase
Chromatographic band profiles and band separation of enantiomers at high concentration
Theoretical study of multi-component interferences in non-linear chromatography
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