Adsorption and Fractionation of Suwannee River Organic Matter on Metal (Fe, Al) Oxide-Coated Quartz: A Liquid Chromatographic Investigation, David I. Kreller, Yan Wu, Stephen Sutton, Anthony Furio
Yan Wu

Adsorption and Fractionation of Suwannee River Organic Matter on Metal (Fe, Al) Oxide-Coated Quartz: A Liquid Chromatographic Investigation, David I. Kreller, Yan Wu, Stephen Sutton, Anthony Furio
David I. Kreller

Adsorption and Fractionation of Suwannee River Organic Matter on Metal (Fe, Al) Oxide-Coated Quartz: A Liquid Chromatographic Investigation, David I. Kreller, Yan Wu, Stephen Sutton, Anthony Furio
Department of Mathematical Sciences Faculty Publications

Approach to Investigation of Dissolved Organic Matter Adsorptive Fractionation and Competitive Displacement on Minerals, David I. Kreller, Samantha L. McGunigale, Eladio A. Mendez, Lawrence G. Wolfe
David I. Kreller

Chromatogram Handler: A Unique Computer Program That Efficiently Processes Data Generated in Liquid Chromatographic Investigations of Organic Ligand Adsorption on Mineral Surfaces, David I. Kreller, Stephen P. Young, Eladio A. Mendez, Samantha L. McGunigale
David I. Kreller

Combined HPLC/HPSEC Study of Suwannee River Fulvic Acid Adsorptive Fractionation on -Al2O3, David I. Kreller, Mark A. Schlautman, Samantha L. McGunigale
David I. Kreller

StudyMate Electronic Study Aids in University-Level General Chemistry Education, David I. Kreller, Robert Ambler
David I. Kreller

Predicting Organic Carbon Chromatograms and Monitoring Adsorptive Fractionation Using Dual-Wavelength UV Absorbance Detection in Liquid Chromatographic Studies Of Dissolved Organic Matter Adsorption, David I. Kreller
David I. Kreller

Approach to Investigation of Dissolved Organic Matter Adsorptive Fractionation and Competitive Displacement on Minerals, David I. Kreller, Samantha L. McGunigale, Eladio A. Mendez, Lawrence G. Wolfe
Department of Chemistry and Biochemistry Faculty Publications

Carbon Sequestration and Biomass Production Potentials of Switchgrass-Pine Agroforestry Systems in Southeastern Coastal Plain, David I. Kreller, Subhrajit Saha
David I. Kreller

Liquid Chromatographic Approach to the Investigation of Dissolved Organic Matter Adsorptive Fractionation and Competitive Displacement on Mineral Surfaces, David I. Kreller
David I. Kreller

Combined HPLC/HPSEC Study of Suwannee River Fulvic Acid Adsorptive Fractionation on -Al2O3, David I. Kreller, Mark A. Schlautman, Samantha L. McGunigale
Department of Chemistry and Biochemistry Faculty Publications

Chromatogram Handler: A Unique Computer Program That Efficiently Processes Data Generated in Liquid Chromatographic Investigations of Organic Ligand Adsorption on Mineral Surfaces, David I. Kreller, Stephen P. Young, Eladio A. Mendez, Samantha L. McGunigale
Department of Chemistry and Biochemistry Faculty Publications

Instrumentation for Collection of Fractions and High Performance Size Exclusion Chromatography, David I. Kreller
David I. Kreller

Liquid Chromatographic Studies of Organic-Adsorbent Interactions of Interest to FBSciences Research and Development, David I. Kreller
David I. Kreller

Faculty Development Committee (Travel Competition), David I. Kreller
David I. Kreller

Repairing Crucial Research Instrument, Ensuring Research Continuity, David I. Kreller
David I. Kreller

Adsorption of Pony Lake Fulvic Acid on Iron Oxide, David I. Kreller, Samantha L. McGunigale
David I. Kreller

Can Studymate™ Electronic Study Aids Be Effective Supplemental Learning Resources in University-Level General Chemistry Education?, David I. Kreller
David I. Kreller

Application of an HPLC Instrument with Three Channels of Optical Detection to the Study of the Adsorption of Humic Substances on Al Oxide Surfaces: A Novel Approach That Boldly Goes Where Conventional Batch Adsorption and Continuous-Flow Column Methods Cannot Go!, David I. Kreller
David I. Kreller

An Alternative Method for Probing Dom‐Mineral Interactions: Why Bother with a Liquid Chromatographic Approach?, David I. Kreller
David I. Kreller

Liquid Chromatographic Approach to the Study of the Adsorption and Desorption of Dissolved Humic Substances at Metal Oxide Surfaces: Preliminary Results on Co-Operative Adsorption, Desorption and Adsorptive Fractionation, David I. Kreller
David I. Kreller

StudyMate Electronic Study Aids in University-Level General Chemistry Education, David I. Kreller, Robert Ambler
Department of Chemistry and Biochemistry Faculty Publications

Dependence of Biodiesel Formation Rate on Catalyst Concentration, David I. Kreller, Jennye L. Ward
David I. Kreller

Updating Custom Software Used to Process Research Data, David I. Kreller
David I. Kreller

Climate Science for Dummies: A Presentation for the Rest of Us, David I. Kreller
David I. Kreller

Faculty Development Committee (Travel Competition), David I. Kreller
David I. Kreller

Probing Dissolved Organic Matter’s Photodegradation Mechanisms, David I. Kreller
David I. Kreller

A Little Less Talk and a Little More Action (In Class): The Re-Design of an Upper-level Environmental Chemistry Course, David I. Kreller
David I. Kreller

Application of a Novel Chromatographic Method to the Study of the Adsorption of Waterborne Humic Substances on Mineral Surfaces, David I. Kreller
David I. Kreller